ML20137A102
| ML20137A102 | |
| Person / Time | |
|---|---|
| Site: | Clinton  |
| Issue date: | 07/10/1996 |
| From: | WISCONSIN ELECTRIC POWER CO. |
| To: | |
| Shared Package | |
| ML20137A088 | List: |
| References | |
| PROC-960710, NUDOCS 9703200175 | |
| Download: ML20137A102 (131) | |
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.i 1 1 3 Revision 5 I l g Date 7-8-1996 I
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!. APPENDIX IV l
i SECOND TEN YEAR INTERVAL l
i INSERVICE EXAMINATION PLAN i
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Prepared By: A"W P U /
Technical Review By: m (
Management Approval: M alcL h M Director Plant Engineering l
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f ANil Concurrence: Nl '
v 9703200175 970314 (l PDR ADOCK 05000461 G PDR Q : \NSED\DRFTDOCS \ ADMIN \ STAFF \ JANE \ APPEND 4 1
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- j. TABLE OF CONTENTS
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$ Inservice Inspection Plan E3_qst
.a l' Cover Sheet. . . . . . . . . . . . . . . . . . . . . . . 1 4.
1 Table of Contents. . . . . . . . . . . . . . . . . . . . 2 4
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l 1.1 General . . . . . . . .. . . . . . . . . . . . 3
- 1.2 Exceptions, Clarifications, Exemptions. . . . 4 j and Augmented Requirements 1.3 Records . . . . . . . . . . . . . . . . . . . 9 2
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' 1.4 Examination Methods and Personnel j Qualifications . . . . . . . . . . . . . . . 9 j' 1.5 Application of Code Cases. . . . . . . . . . . 12 l 1.6 Reference Document and Control. . . . . . . . 13 j of Plan Revisions j 1.7 Repair / Replacement. . . . . . . . . . . . . . 13 4
TABLE I Inservice Examination Plan Requirements . . I-1 1
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l KEY. . . . . . . . . . . . . . . . . . . . . . . . I-2 I I
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} CLASS 1 Components . . . . . . . . . . . . . . . . I-3 i
f j CLASS 2 Components . . . . . . . . . . . . . . . . I-23 l
CLASS 3 Components . . . . . . . . . . . . . . . . I-36 l
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}- CLASS 1, 2, AND 3 COMPONENT SUPPORTS PROGRAM . . . I-48 i
f TABLE II Inservice Examination Plan Component and
! Piping Examination Boundary . . . . . . . . . . . II-1 1
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J i CLASS 1 Component . . . . . . . . . . . . . . . . . II-2 a
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'l l CLASS 2 Component . . . . . . . . . . . . . . . . . II-21 l 1 i i
!. CLASS 3 Component . . . . . . . . . . . . . . . . II-49
} CLASS 1, 2, and 3 COMPONENT SUPPORTS . . . . . . . II-64 f
TABLE III Clinton Power Station Unit 1 Piping Line List References . . . . . . . . . . . . . . . . . III-1 3
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1.1 General The Code of Federal Regulations Title 10 Part 50 Subpart 55a (10CFR50.55a) requires Illinois Power Company (IP) to perform Inservice Examination in accordance with section XI of the American Society of Mechanical Engineers (ASME) Boiler and Pressure Vessel Code. In accordance with 10CFR50.55a, the Section XI Code Edition and Addenda's to be utilized shall be the one published in the Federal Register 12 months prior to the start of successive 10 year interval. Clinton Power Station (CPS) second ten (10) year interval starts from April 27, 1997 Therefore, the Code of Section XI shall be 1988 Addenda through the 1989 Edition.Section XI of ASME, 1988 Addenda through the 1989 Edition, requires IP to prepare Inservice Examination plans and schedules and submit these plans and schedules to enforcement and regulatory authorities having jurisdiction at the plant site.
l As specified in Paragraph IWA-1400 et I.SME Section XI, IP bears the overall l responsibility for implementation of an ISI program. These responsibilities
! include the following:
A. Determining the appropriate Code Class (es) for each component of the power plant, identifying the system boundaries for each class of components subject to inspection, and identifying the components exempt from examination requirements; B. Designing and arranging system components to include allowances for adequate access and clearances for conduct of examinations and tests; C. Preparing plans, schedules, and In Service Inspection Summary Reports and submitting these plans and reports to the enforcement and regulatory authorities having jurisdiction at the plant sites D. Preparing written examination instructions and procedures, including diagrams or system drawings, that identify the extent of areas of components subject to examination; E. Verifying the qualification to the required level of responsibility of personnel who perform the examinations; F. Arranging an agreement with an Authorized Inspection Agency to provide inspection services; G. Performing required examinations and tests; H. Recording examination and test results in a manner that provides a basis for evaluation and that facilitates comparison with subsequent examination results; I. Evaluating exami.idtion and test results; J. Performing repairs and installation of replacements in accordance with written programs and plans;
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K. Maintaining adequate inspection, examination, test, and repair and replacement records such as radiographs, diagrams, drawings, examination and test data, descriptions of procedures used, and evidence of personnel qualifications; L. Retaining all inspection, examination, test, and repair and replacement records for the service lifetime of the component or system; M. Retaining and maintaining all basic calibration blocks used for ultrasonic examination of the components; N. Documenting a Quality Assurance Program in accordance with the following:
(1) Title 10, Code of Federal Regulations, Part 50; or (2) ASME NQA-1 Parts II and III, Basic Requirements and Supplements; O. Recording regions in ferritic steel components where acceptance standards have been modified as required in IWB-3410.
The Clinton Power Station, Unit 1, Inservice Examination Plan defines the requirements for the second 10 years of inservice examination of Class 1, class 2, and Class 3 conponents, component supports, and integral attachments.
This plan is presented in two parts. The first part presents the component examination requirements (Table I) in accordance with the American Society of Mechanical Engineers (ASME) Boiler and Pressure Vessel Code Section XI 1988 Addenda through the 1989 Edition. The second part (Table II) is an examination table which provides a listing of components which are subject to the examination requirements of Table I. This table provides information relative to the examinations required, exemptions from examination, augmented requirements , and relief request information where applicable. By utilizing the information provided in Table II, applying the Code examination requirements (Table I), and following the inspection requirements of Program B (IWB-2400, IWC-2400, IWD-2400; and IWF-2400), detailed schedules have been developed for the second 10-year inservice examination interval. These schedules are available for review by the enforcement and regulatory authorities having jurisdiction at the plant site and are included as Appendices VI and VII to the Clinton Power Station (CPS) ISI Program Manual.
In accordance with 10CFR50, this plan is in compliance, where possible, with the applicable requirements of the 1988 Addenda through the 1989 Edition.
Every attempt will be made to obtain maximum Code compliance. Where Code compliance is not achievable, relief requests will be submitted. These relief ;
requests will be included in Appendix III of the CPS ISI Program Manual.
1.2 Exceptions, Clarifications. Exemotions, j and Auomented Reauirements This plan has been developed in accordance with the requirements of ASME I Section XI, 1988 Addenda through the 1989 Edition (1989 Edition), subject to l the following exceptions, clarifications, exengtions , and augmented requirements:
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1 A. Class 1 components and piping were exempted in accordance with the !
following subparagraphs of 1989 Edition. ;
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IWB-1220(a) Components that are connected to the Reactor Coolant t System and part of the reactor coolant pressure boundary and that are of such a size and shape so that upon postulated rupture the resulting flow of coolant from the reactor coolant system under normal plant operating conditions is within the capacity of makeup systems which are operable from onsite emergency power.
l INB- 1220 (b) (1) Piping of 1-inch nominal pipe size and smaller, except for steam generator tubing; (2) Components and their connections in piping of 1-inch nominal pipe size and smaller; IWB-1220(c) Reactor vessel head connection and associated piping, j 2-inch nominal pipe size and smaller, made inaccessible by control rod drive penetrations.
1 B. Class 2 components and piping within Residual Heat Removal Systems ]
(RHR), Emergency Core Cooling Systems (ECCS) and Containment Heat l Removal Systems (CHR) were exempted in accordance with the following j subparagraphs of 1989 Edition: l IWC-1221 (a) Vessels, piping, pumps, valves, and other components j of 4-inch nominal pipe size and smaller in all i systems. l IWC-1221 (c) Component connections of 4-inch nominal pipe size and 1 smaller (including nozzles, socket fittings, and other :
connections) in vessels, piping, pumps, valves, and l other components of any size in all systems. !
I IWC-1221 (f) Piping and other components of any size beyond the j last shutoff valve in open ended portions of systems !
that do not contain water during normal plant I operating conditions. l I
C. Class 2 components and piping other than Residual Heat Removal Systems (RHR), Emergency Core Cooling Systems (ECCS) and Containment Heat Removal Systems (CHR) were exempted in accordance with the following ,
subparagraphs of 1989 Edition.
IWC-1222 (a) Vessels, piping, pumps, valves, and other components j of 4-inch nominal pipe size and smaller. '
IWC-1222 (b) Component connection of 4-inch nominal pipe size and smaller (including nozzles, socket fittings, and other connections) in vessels, piping, pumps, valves, and other components of any size.
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IWC-1222 (c) Vessels, piping, pumps, valves, other components, and component connections of any size in systems or portions of systems that operate (when the system I
, function is required) at a pressure equal to or less than 275 psig and at a temperature equal to or less
! than 200*F.
IWC-1222 (d) Piping and other components of any size beyond the l last shutoff valve in open ended portions of systems that do not contain water during normal plant operating conditions.
1 D. In accordance with subparagraph IWC-1230 Class 2 piping support members and piping support components that are encased in concrete will be exempted from the examination requirements of IWC-2500. 1
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E. Class 3 integral attachments of supports and restraints to components !
were exempted from the visual examination VT-3 in accordance with the l following subparagraphs of 1989 Edition:
IWD-1220.1 Integral attachments of supports and restraints to components that are 4-inch nominal pipe size and I smaller within the system boundaries of Examination Categories D-A, D-B, and D-C of Tabic IND-2500-1.
IND-1220.2 Integral attachments of supports and restraints to components exceeding 4-inch nominal pipe size may be
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i exempted from the visual exa'mination VT-3 of Table l IWD-2500-1 provided: l l
a) the components are located in systems (or portions 1 of systems) whose function is not required in support of reactor residual heat removal, I containment heat removal, and emergency core cooling; and b) the components operate at a pressure of 275 psig or less and at a temperature of 200*F or less.
F. Augmented Requirements - The CPS Updated Safety Analysis Report (USAR)
Mechanical Engineering Branch (MEB) (Draft Safety Evaluation Report I (DSER)] Item No. 11 for Class 1 and Section 6.6.8 for Class 2 require !
inspection of all piping welds between containment isolation valves (For those systems which do not have an inboard valve designated as a containment isolation valve per CPS Technical Specification Table 3.6.4- i I
1, the first valve inside the containment shall be considered the penetration boundary in satisfying this requirement) as follows:
(1) Class 1 Piping welds greater than one (1) inch nominal pipe size, including pipe to valve welds, and associated containment head fitting welds.
(2) Class 2 High energy piping welds greater than four (4) inches nominal pipe size, including pipe to valve welds, and associated containment head fitting welds as well as all socket welds.
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i O. .The CPS USAR (Section 6.6.9) requires ultrasonic testing of 10% of thin- )
wall (between 3/8" and 1/2") Class 2 RHR system piping welds which would require only surface examinations per the Code. The 1989 Edition of Section XI requires CPS to perform ultrarcnic testing of thin wall Class.
2 system piping welds. Therefore, the augmented requirements ,of performing ultrasonic testing of 10% of thin wall Class 2 RHR system piping welds has been met by this second 10-year interval plan.
H. Augmented Requirement --The CPS USAR requires Feedwater (FW) nozzles-and i the Control Rod Drive (CRD) return line nozzle, which is capped, to-be i examined using the methods, techniques, and frequency outlined in NUREG- 1 0619.
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l I. Augmented Requirement - Austenitic stainless steel piping components j susceptible to Intergranular Stress Corrosion Cracking (IGSCC) shall be examined in accordance with Illinois Power (IP) response to NRC Generic Letter 88-01, NRC Position on IGSCC in BWR Austenitic Stainless Steel l
-Piping and NRC Request for Additional Information - CPS response to Generic Letter 88-01 (letters from D. P. Hall to U. S. Nuclear l Regulatory Commission, U-601217, dated July 29, 1988, and U-601533, j dated September 21, 1989, respectively). I l
J. Augmented Requirement - Any flaws detected on piping susceptible to IGSCC which exceed the acceptance criteria shall be evaluated for continued service in accordance with the ASME Section XI 1986 Edition.
This was IP response to GL 88-01. The requirements for continued service in the ASME Section XI 1989 Edition is same as in Section XI 1986 Edition. Therefore, IP will utilize Section XI 1989 Edition for
! evaluation for continued service.
K. Augmented Requirement - IP will expand the examination area of the l
Reactor Pressure Vessel nozzle-to-safe end weld where alloy 182 ;
buttering is applied and extended into the nozzle bore area as recommended in IP response to General Electric Service Information I Letter (GE SIL) No. 455, Rev. 1 (Memorandum from F. A. Spangenberg to l File, Y-207823, dated June 13, 1988). Also, IP will incorporate the ultrasonic testing technique and recommendations on repair processes (when required) for nozzle to safe end welds where alloy 182 buttering is applied as recommended in IP response to GE SIL No. 455, Revision 1 '
Supplement 1 (Memorandum from R. D. Freeman to D. L. Holtzscher, Y-92355, dated September 25, 1989). 1 L. Augmented Requirement 'lisual inspection of Shroud Support Access Hole Cover welds shall be performed as recommended in IP response to GE SIL No. 462, Supplement 1 and IE Information Notice No. 88-03 (Memorandum from J. D. Weaver to File, Y-210899, dated June 30, 1989). '
M. If Relief Requests are utilized they will be identified in Table II for corresponding components.
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N. Augmented Requirement - Examinations of the reactor pressure vessel
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performed using both manual and mechanized examination techniques from the outside surface of the vessel will be in compliance with negulatory Guide 1.150, Revision 1, Appendix A. ~
O. NUREG-0803, Generic Safety Evaluation Report Regarding Integrity of BWR Scram System Piping, Section 5.1, page 5-3 requires inspection of Scram Discharge Volume system piping in Accordance with ASME Sec. XI.
However, since Scram Discharge Volume piping is required to be inspected by the ASME Sec. XI Code, no additional requirements were imposed.
P. Augmented Requirement - Visual inspection of jet pumps shall be performed as recommended in IP response to GE SIL NO. 330 (Memorandum from F. A. Spangenberg to File, Y-204962, dated May 21, 1987). GE SIL 330 includes the concerns. expressed in IE Bulletin 80-07 and NUREG 3052.
Q. Augmented Requirement - Visual inspection of jet pumps and sensing lines shall be performed as recommended in IP resporen to GE SIL 420 (Memorandum from F. A. Spangenberg to File, Y 205267, dated June 29, 1987).
R. Augmented Requirement - Visual inspection of core spray spargers shall be performed as recommended in IP response to GE SIL NO. 289, Revision
- 1. Remote underwater TV camera resolution shall be as recommended in IE Bulletin No. 80-13. Any cracks identified in the core spray spargers shall be reported as recommended in IE Bulletin No. 80-13.
S. Visual inspection of integral attachments on Class 3 components and piping systems not.specified in the Code Table IWD-2500-1 (categories D-A, D-B, and D-C) is considered outside ASME Section XI scope.
T. Functional tests of 10% of each type of snubber shall be performed as required by the Code and CPS Operational Requirement Manual (iORM) and as specified in the letter from F. A. Spangenberg to A. B. Davis of NRC U-602059, dated October 19, 1992. (The NRC will be notified of any change to the functional test sample plan.)
U. Augmented Requirement - Visual inspection of Intermediate Range Monitor (IRM) and Source Range Monitor (SRM) dry tubes shall be performed as <
recommended in IP response to GE SIL NO. 409 (Memorandum from F. A.
Spangenberg to File, Y-204660, dated April 8, 1987).
V. Visual inspection of snubbers is required to be performed in accordance with the first Addenda to ASME/ ANSI OM-1987, Part 4 (published in 1988),
Part 4 of OM, paragraph 2.3.3 allows CPS to utilize Operational Requirements Manual ('ORM) on snubbers, which was approved by NRC.
Therefore, visual inspection of snubbers will be performed in accordance with CPS ORM. The requirements of the CPS ORM is based on Generic Letter 90-09 recommendation.
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i W. Augmented Requirement - IP was performing visual inspection of steam dryer as recommended in IP response to GE SIL No. 474 (Memorandum from )
J. D. Weaver to File, Y-210684, dated May 22, 1989). (These recommendations are same as GE RICSIL No. 023.) A Condition Report 1-89-01-162 was initiated as a result of an unacceptable indication identified during RF-1. This CR was continuously assessing the l condition of this crack and identifying the next visual inspection ;
interval. The latest evaluation of this CR, 1-89-01-162 Rev. 2, '
identified the next visual inspection interval.
X. Inspection of core shroud shall be performed as recommended in IP response to Generic Letter 94-03, "Intergranual Stress Corrosion Cracking of Core Shrouds in Boiling Water Reactors" (letter from ;
J. G. Cook to NRC, U-602516, dated November 22, 1995). '
. Y. IP was performing visual inspection of shroud head bolts as recommended in IP response to GE SIL No. 506 (Memorandum from W. S. Iliff to File, Y-213 4 74 ,- dated June 14, 1991). IP has implemented modification NB-030 which replaces these bolts with self contained locking mechanism.
Therefore, GE SIL No. 506 is not applicable for future inspections. l
- Z. Examination of some piping / components thought to be susceptible to thermal stratification was performed during the second refueling outage j as recommended in IP response to Supplement No. 3 of I.E. Bulletin No.
88-08 (Letter from J. S. Perry to U. S. Nuclear Regulatory Commission, U-601693, dated June 22, 1990). IP revised its response to Supplement 3 i (Letter from J. S. Perry to U. S. Nuclear Regulatory Commission, U-601958, dated May 30, 1992) which deletes inspection requirements.
1.3 Records Examination records and documentation of all results provide the basis for j evaluation and facilitate comparison with previous results and subsequent I inspections. In accordance with the ASME Section XI, IWA-6000, these records 4 shall be maintained for the plant life.
1.4 Examination Methods and Personnel cualifications j Examination methods listed for all nonexempt Class 1, Class 2, and Class 3 components and piping shall be in accordance with ASME Section XI and Section V except where other requirements are specified. Later Edition (s) of ASME Section V may be utilized as an Alternative Examination.
A. Visual Examination
- 1. Visual Examination VT-1 (a) The VT-1 visual examination shall be conducted to determine the condition of the part, component, or surface examined, including such conditions as cracks, wear, corrosion, erosion, or physical damage on the surfaces of the part or components.
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j (b) Direct VT-1 visual examination may be conducted when access
- is sufficient.to place the eye within 24 in. of the surface
- to be examined and at an angle.not less than 30 deg. to the
, surface. Mirrors may be used to improve the angle of
, vision. Lighting, natural or artificial, shall be j sufficient to resolve a 1/32 in, black line on an 18%
z neutral gray card.
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1 (c) Remote VT-1 visual examination may be substituted for direct j examination. Remote examination may use aids, such as
, telescopes, borescopes, fiber optics, cameras, or other suitable instruments, provided such systems have a j resolution capability at least equivalent to that attainable j by direct visual examination.
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- 2. Visual Examination VT-2 1 l
l l (a) The VT-2 visual examination shall be conducted to locate
- t. evidence of leakage from pressure retaining components, or l abnormal leakage from components with or without leakage
! collection systems as required during the conduct of system pressure or functional test.
) (b) The VT-2 visual examination shall be conducted in accordance
{ with IWA-5240.
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- 3. Visual Examination VT-3 i
(a) The VT-3 visual examination shall be conducted to determine l- the general mechanical and structural condition of l components and their supports, such as the verification of j clearances, settings, physical displacements, loose or
- missing parts, debris, corrosion, wear, erosion, or the loss
- of integrity at bolted or welded connections.
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- (b) The VT-3 examination shall include examinations for I
! conditions that could' affect operability or functional j- adequacy of snubbers, and constant load and spring type j supports.
{ (c) For component supports and component interiors, the visual
- examination may be performed remotely with or without j optical aids to verify the structural integrity of the l component.
- 4. Replication l Surface replication methods shall be considered acceptable,
, provided the surface resolution is at least equivalent to that
'4 obtainable by direct visual observation.
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B. Surface Examination:
A surface examination indicates the presence of surface discontinuities.
It may be conducted by either a Magnetic Particle (tfr) or a Liquid Penetrant (PT) method. Any linear indication that exceeds the allowable linear surface flaw standards shall be recorded.
- 1. Magnetic Particle Examination ,
Magnetic particle examination shall be conducted in accordance with Article 7 of ASME Section V.
- 2. Liquid Penetrant Examination ,
Liquid penetrant examination shall be conducted in accordance with Article 6 of ASME Section V. j C. Volumetric Examination- '
l A volumetric examination indicates the presence of discontinuities throughout the volume of material and may be conducted from either the inside or outside surface of a component. Two such volumetric l techniques are Radiographic (RT) and Ultrasonic Examinations (UT).
- 1. Radiographic Examination Radiographic examination shall be conducted in accordance with Article 2 of ASME Section V.
- 2. Ultrasonic Examination Ultrasonic Examination shall be conducted in accordance with Appendix I of ASME Section XI.
The detailed procedure, equipment, and examination personnel (Level II l or III) used in examination of austenitic stainless steel component welds and austenitic stainless steel component welds with overlays, where applicable, are those qualified by a formal program in accordance with the Non-Destructive Examination (NDE) Coordination Plan agreed upon i by NRC, Electric Power Research Institute (EPRI), and BWR Owners Group for IGSCC research, as implemented at the EPRI NDE center in Charlotte, North Carolina. It should be noted that none of the welds at Clinton Power Station (CPS) are currently overlaid.
On austenitic stainless steel component welds with Corrosion Resistant Cladding (CRC) and Reactor Pressure Vessel (RPV) nozzle assemblies with Inconel 182 buttering, the above mentioned personnel and equipment will demonstrate the capabilities to detect IGSCC on these welds utilizing modified versions of the above mentioned procedures.
Level I examiners who may become qualified by demonstrating field performance capability will not be utilized for examination or evaluation on piping susceptible to IGSCC.
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D. Alternative Examinations:
Alternative examination methods, a combination of methods, or newly developed techniques may be substituted for the methods specified.in -
ASME Section XI, provided the Inspector is satisfied that the results are demonstrated to be equivalent or superior to those of the specified met. hod.
E. Qualifications of Nondestructive Examination Personnel:
Personnel performing nondestructive examinations (NDE) shall be qualified and certified using a written practice prepared in accordance with ASNT SNT-TC-1A 1984, Standard for Qualification and certification of Nondestructive Testing Personnel, and the additional requirements of ASME Section XI.
- 1. NDE Methods Listed in SNT-TC-1A:
(a) Qualifications shall be based on the methods, techniques, procedures, and equipment used for the NDE required by ASME Section XI.
(b) Training, qualification, and certification of ultrasonic examination personnel shall also comply with the requirements specified in Appendix VII.
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- 2. NDE Methods Not Listed in SNT-TC-1A: l l
Personnel performing visual examinations or using other NDE methods not addressed in SNT-TC-1A shall be qualified and certified to comparable levels of qualification as defined in StTI-TC-1A and IP's written practice.
1.5 Aeolication of Code Cases ASME Section XI Code Cases to be utilized for inservice inspection shall be as approved by the NRC in the Regulatory Guide 1.147 or by other written approval.
The following Code Cases are utilized in preparation of second 10-Year inservice inspection plan and schedules
- 1. Case N-416-1, " Alternative Pressure Test Requirement for Welded Repairs or Installation of Replacement Items by Welding, Class 1, 2, and 3".
- 2. Case N-491, " Alternative Rules for Examination of Class 1, 2, 3, and MC Component supports of Light Water Cooled Power Plants".
- 3. Case N-460, " Alternative Examination Coverage for Class 1 and Class 2 Welds".
- 4. Case N-498-1, " Alternative Rules for 10-Year Hydrostatic Pressure l Testing for Class 1, 2, and 3 Systems".
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- 5. Case N-524, " Alternative Examination Requirements for Longitudinal 3
Welds in Class 1 and 2 Piping".
- 1.6 Reference Documents and Control of Plan Revisions
, This plan was prepared utilizing CPS Piping Line Lists (See Table III). Also, included in this plan was those vendor supplied piping that are identified on CPS P&ID drawings. One (1) inch or less nominal pipe size Class 1 components
'and four (4) inches or less nominal pipe size Class 2 and 3 components, except as required by an augmented examination, have not been included in Table II,
- since these piping lines are exempted by the Code.
Revisions to this plan will be controlled by IP. Changes to the plant -
I components which could affect this plan are reviewed by personnel to ensure that changes are identified and the Plan remains current.
4 1.7 Repair / Replacement Repairs and replacements shall be performed in accordance with the CPS ISI Program Manual and the Code requirements.
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1 ILLINOIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1
! SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN REQUIREMENTS (Revision 5) a 1
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ILLINDIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN TABLE I KEY CODE CLASS Item Examination Components & Parts Examination Examination Requirements ~ Examination Technique /
Number Category To Be Examined Method For Second 19 - Year Examinatten Area Comments Interval The ASME Section XI Item Number and Each type of NDE method This column provides This column provides information Category of examination are Itsted in examination area is required to information regarding the specific to examination these columns. listed in this satisfy ASME Code number and/or percent of techniques and examination column. requirements is examinations required to areas.
listed in this be performed for the column. second IG-year interval.
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TABLE I ILLINOIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For 10 - Year Interval Examination Area Comments
Bl.11 and B1.12 B-A Circumferential and Volumetric 100% of all Examination of longitudinal and Longitudinal Shell circumferential and circumferential shell welds will Welds. longitudinal welds to be be performed utilizing mechanized examined. Examinations UT techniques. Where mechanized may be performed at cr techniques do not provide near the end of the complete coverage, manual inspection interval. techniques will be utilized to l the extent possible to ob;ain the i coverage.
Bl.21 and B1.22 B-A Circumferential and Volumetric Accessible length of all Head welds will be examined by Meridional Head meridional and manual UT method.
Welds. circumferential welds of the closure head and lower head to be examined.
Examinations may be performed at or near the end of each inspection interval for the lower head.
L Bl.30 B-A Shell-to-Flange Weld Volumetric 100% of the The shell-to-flange weld will be circumferential weld to be examined from the vessel outside examined. At least 50% of surface with manual UT.
the weld shall be examined .
by the end of the first I-3
. - - . - .~n_- . - - - . . - - . . - - - . . . ~ . - . . - ~ ~ . ~ - . ~ . . - - - - - . - - ~ - - . - ~ . . . . . . . - - - - . - .- -
TABLE I ILLINOIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT I
, SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5) i i CLASS 1 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For 19 - Year Interval Examination Area Comments
(Continued) 1 inspection period, and the remainder by the end of the third inspection i period.
Bl.49 B-A Head-to-Flange Weld Volumetric and 100% of circumferential The head-to-flange weld will be Surface weld to be examined. examined with manual UT and surface examination techniques .
when.the head is removed. I Bl.50 B-A Repair. Area in Volumetric Clinton Power Station has N/A !
Beltline Regions no beltline region repair welds.
B2.19 thru B2.89 B-B Pressure-Retaining Volumetric Items 82.19 through B2.89 N/A ,
l e
Welds in Vessels not applicable to Clinton '[
I Other Than Reactor Power Station.
Vessels r
i B3.19 thru B3.89 B-D Full Penetration Volumetric Clinton Power Station to N/A i Welds of Nozzles in use Inspection Program B. !
i:
Vessels-Inspection !
s Program A .l l
t B3.99 B3.199 B-D Full penetration Volumetric All full penetration welds The nozzle-to-vessel welds and !
Nozzle-to-Vessel of nozzles in Inspection nozzle inside radius will be i
l i I-4 i i
. _ _ _ - . __--____._____.___.___.a.___._________ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ , _ __
. _ . . _ . ___ ._ ._. . - -_.--_ . _ _ . - > _. m. . - . _ _ _ _ . ~ . _ . - ._ . _. . .
TABLE 1 ILLIN0IS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5) ,
CLASS 1 COMPONENTS ASME ASME Section XI .
Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For 10 - Year Interval Examination Area Comments
(Continued)
Welds and Nozzle Program B. examined with manual and Inside Radius mechanized UT.
Section 83.110 thru B3.160 B-D Full Penetration Volumetric Items B3.110 through N/A Welds of Nozzles in B3.160 are not applicable Vessels. to Clinton Power Station.
84.10 B-E Partial Penetrations Visual (VT-2) 25% of each group of Evidence of leakage will be y
comparable size and determined with direct or remote i function to be examined. VT techniques.
The examinations to be performed when the RPV is pressurized prior to operation.
84.11 B-E Vessel Nozzle Welds Visual (VT-2) 25% of each group of Evidence of leakage will be comparable size and determined with direct or remote function to be examined. VT techniques.
The examinations to be performed during conduct of the system leakage test (IWB-5221). CPS has aoopted Code Case 498. .
I-5
TABLE 1 ILLIN0IS POWER COMPANY CLINTON POWER STATION (CPS) UNIT I SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS ASME ASME Section XI Section XI Item Examination Number Components & Parts Examination Examination Requirements Examination Technique /
Category To Be Examined Method For le - Year Interval Examination Area Comments
B4.12 B-E Control Rod Drive Visual (VT-2) 25% of each group of Evidence of leakage will be Nozzle Welds comparable size and determined with direct or remote function to be examined. VT techniques, The examinations to be performed during conduct of the system leakage test (IWS-5221). CPS has adopted Code Case 498 BA 13 8-E Instrumentation Visual (VT-2) 25% of each group of Evidence of leakage will be Nozzle Welds comparable size and determined with direct or remote function to be examined VT techniques.
The examinations to be performed during conduct of the system leakage test (IWB-5221). CPS has adopted Code Case 498.
B4.20 B-E Meater Penetrations Visual (VT-2) Item 84.20 not applicable N/A to Clinton Power Station.
85.10 B-F Reactor Vessel Volumetric and All dissimilar metal welds UT examination to be performed Nozzle-to-Safe End Surface of nozzle-to-safe end butt manually or mechanized method.
Welds greater than welds, or equal to 4 Inches Nominal Pipe I-6
TABLE 1 ILLINDIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMP 0hENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Nethod For 10 - Year Interval Examination Area Comments
(Continued)
Diameter B5.20 B-F Reactor Vessel Surface All dissimilar metal weld N/A l Nozzle-to-Safe End of nozzle-to-safe end butt Welds less than 4 welds.
Inches Nominal Pipe Diameter 85.30 thru B5.120 B-F Reactor Vessel Volumetric and Items 85.30 through B5.120 N/A Nozzle-to-Safe End Surface not applicable to Clinton Welds' Power Station.
! B6.10 B-G-1 Closure Head Nuts Surface 100% of nuts to be Nuts will be examined with MT examined. when removed for refueling.
86.20 B-G-1 Closure Studs. In Volumetric 100% of studs to be Closure stud examinations may be Place examined, performed when "in place."
Examinations should be scheduled when studs are removed to reduce radiation exposure and allow the most thorough examination.
B6.30 B-G-1 Closure Studs. When Volumetric and 100% of studs to be The studs will be examined with Removed Surface examined. Examination may UT and MT.
be performed at or near the end of the inspection I-7
TABLE 1 ILLINOIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT I SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examinatirn Examination Requirements Examination Technique /
Number Category To Be Examined Method l For le - Year Interval Examination Area Comments
(Continued) interval.
B6.40 B-G-1 Threads in Flange Volumete ;c 100% of threaded holes to The threads in flange will be be examined. 1-inch examined from the flange seal annular area around surface with UT.
threaded hole to be examined.
B6.50 B-G-1 Closure Washers. Visual (VT-1) 100% washers to be Visual (VT-1) of closure washers examined. CPS has no will be performed by direct VT bushings, techniques.
86.60 thru B6.140 B-G-1 Pressure-Retaining Volumetric, Visual , Items 86.60 through B6.140 N/A Bolting greater than (VT-1) not applicable to Clinton 2 Inches in Diameter Power Station.
87.10 thru 87.40 B-G-2 Pressure-Retaining Visual (VT-1) Items 87.10 through B7.40 N/A Bolting less than er not applicable to Clinton equal to 2 Inches In Power Station.
Diameter B7.80 B-G-2 CRD Housings Visual (VT-1) Bolts, studs, and nuts in Bolting will be examined with Pressure-Retaining CRD housing to be examined direct VT when disassembled.
Bolting less than or when disassembled.
equal to 2 Inches in Diameter.
I-8 i
L _ _ _ . _ _ . . . _ . _ . . . . . _ - . _ . - _ - - - . . . _ _ _ _ _ -
. .. . . . - _ _ - . . _ _ - - - . . .__ ~ . . . _.-
TABLE 1 ILLIN0IS POWER COMPANY CLINTON POWER STATION (CPS) UNIT I SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For le - Year Interval Examination Area Comments
B8.10 B-H Integrally Welded Volumetric or 100% weld to be examined. The RPV integrally welded support attachments to Surface skirt will be examined with UT or Reactor Vessel. MT.
88.20 thru 88.40 B-H Integrally Welded Volumetric or Items 88.20 through 88.40 N/A attachment. Surface not applicable to Clinton Power Station.
813.10 B-N-1 Vessel Interior Visual (VT-3) Accessible areas above and Visual examinations will be below reactor core that performed with remote VT.
are made accessible during ,
normal refueling outages, to be examined each inspection period.
B13.20 B-N-2 Interior Attachments Visual (VT-1) Accessible attachment Visual examinations will be Within Beltline welds to be examined at or performed with remote VT.
Region near the end of the inspection interval.
813.30 B-N-2 Interior Attachments Visual (VT-3) Accessible attachment Visual exaninations will be Beyond Beltline welds to be examined at or Performed with remote VT.
Region near the end of the inspection interval.
813.40 B-N-2 Core-Support Visual (VT-3) Accessible surfaces to be Visual examinations will be Structures examined at or near the performed with remote VT.
I-9
r i
TABLE 1 [
ILLINOIS POWER COMPANY t CLINTON POWER STATION (CPS) UNIT 1 l i' '
SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5).
- CLASS 1 COMPONENTS '
4 L
~
i ASME ASME i Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For 19 - Year Interval Examination Area Comments {
(Continued) !
end of the inspection I j interval.
B13.50 thru B13.70 8-N-2&B-N-3 PWR: Reactor Vessel Visual (VT-1/VT-3) Items B13.50 through N/A Interior Attachments B13.70 not applicable to and Core Support Clinton Power Station.
f Structure, l
- i 1
814.10 8-0 Control Rod Drive Volumetric or Welds in 10% of the The CRD housing welds will be i Housing Welds Surface peripheral CRD housings to examined with PT. j be examined. Examination I may be performed at or t
near the end of the i
inspection interval.
B15.10 8-P All Visual (VT-2) All components to be Direct VT examinations may be Pressure-Retaining examined during system Performed where possible.
Boundaries for leakage. test. Examination areas inaccessible Vessel Components Examinations to be for direct visual examination may performed in accordance be examined at the lowest 1
with IWB-5221 for each elevation with respect to the refueling outage, component.
815.11 B-P All Visual (VT-2) PPS has adopted Code Case N/A Pressure-Retaining 498.
Boundaries for I-10 1 i l s
! .t e
_ _ _ _ . _ _ - _ _ _ _ _ - _ _ _ _ _ . - _ _ - _ . _ _ _ _ _ - _ _ - --- _ _ - - - - _ . _ _ _ _ _ _ - . _ - . _ _ . - .- . - ~ . _ _ ...
TABLE 1 ILLINOIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Number Examination Requirements Examination Technique /
Category To Be Examined Method For le - Year Interval Examination Area Comments
(Continued)
Vessel Components B15.20 thru B15,41 B-P Pressure-Retaining Visual (VT-2) Items B15.20 through N/A Components B15.41 not applicable to Clinton Power Station.
I-Il
TABLE I ILLIN0I5 POWER COMPANY CLINTON PCWER STATION (CPS) UNIT I SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLA55 1 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For le - Year Interval Examination Area Comments
> PIPING <
B5.130 B-F Dissimilar Metal Volumetric and 100% of the welds to be The welds will be examined with Welds greater than Surface examined. maemal UT and PT.
or equal to 4 Inches.
85.140 B-F Dissimilar Metal Surface 100% of the welds to be The welds will be examined with Welds less than 4 examined. PT.
Inches.
B5.150 B-F Dissimilar Metal Surface Clinton Power Station has N/A Socket Welds. no dissimilar metal socket welds.
86.150 B-G-1 Bolts and 5tuds Volumetric Clinton Power 5tation has N/A greater than 2 no pressure-retaining Inches in Diameter, bolting greater than in Place. 2-inch diameter associated with the Class 1 piping systems.
B6.160 B-G-1 Flange Surface, When Visual (VT-1) Clinton Power 5tation has N/A Connection no pressure-retaining Disassembled. bolting greater than 2-inch diameter associated with the Class I piping systems.
t I-12
_ _ _ - _ _ _ _ _ _ ~ - _ - . - _ _ _ _ . _ _ - - _ _ _ - - _ _ _ _ _ - - . - - . _ _ _ _ __a__ . . _ -- --__ _ _ _ _ _ _ _
. . . . _ _ . _ - . . _ . - . . - - _. .. _ _ _ _ __. . ,m. _. ._ ,
TABLE 1 ILLIN0IS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For 10 - Year Interval Examination Area Comments
> PIPING <
86.170 B-G-1 Nuts, Bushings, and Visual (VT-1) Clinton Power Station has N/A Washers. no pressure-retaining bolting greater than 2-inch diameter associated with the Class 1 piping systems.
B7.50 B-G-2 Bolting less than or Visual (VT-1) All bolts, studs, and nuts The bolting will be examined with equal to 2 Inches in to be examined. The direct VT.
Diameter. bolting may be examined in place under tension or when removed.
89.11 B-J Circumferential Pipe Volumetric and 25% of the circumferential The piping welds will be examined Welds greater than Surface butt welds, selected per with manual UT and PT or MT as or equal to 4 Inches Note (1). Table applicable.
in Diameter. IWB-2500-1, Category B-J, to be examined.
B9.12 B-J Longitudinal Pipe Volumetric and Adjoining longitudinal The piping welds will be examined Welds greater than Surface welds for scheduled with manual UT and PT or MT as L
or equal to 4 Inches circumferential welds to applicable.
in Diameter. be examined. One pipe-diameter length of 12 inches of each longitudinalweldkength f I-13 .
l
TABLE 1 ILLIN0IS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For 18 - Year Interval Examination Area Comments
> PIPING <
(Continued) required.
89.21 B-J Circumferential Surface 25% of the circumferential The piping welds will be examined Welds less than 4 butt welds, selected per with PT or NT as applicable.
Inches in Diameter. Note (1). Table IWB-2500-1, Category B-J.
to be examined.
89.22 B-J Longitudinal Pipe Surface Clinton Power Station has N/A Welds less than 4 no longitudinal pipe welds Inches in Diameter, associated with Class 1 piping systems less than 4 inches in diameter, B9.31 B-J Branch Pipe Volumetric and 25% of the branch The branch connection welds will Connection Welds Surface connection joints, be examined with manual UT and PT greater than or selected per Note (1), or MT as applicable.
equal to 4 Inches in Table IWB-2500-1. Category Diameter. B-J, to be examined.
B9.32 B-J Branch Pipe Surface 25% of the branch The branch connection welds will Connection Welds <4 connection joints, be examined with PT or MT as Inches in Diameter selected per Note (1), applicable.
Table IWB-2500-1. Category B-J. to be examined.
I-14
TABLE 1 ILLIN0IS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS ASME ASME Section XI Section XI Item Examination Number Components & Parts Examination Examination Requirements Examination Technique /
Category To Be Examined Method For 10 - Year Interval Examination Area Comments
> PIPING <
=
B9.40 B-J Socket Welds Surface Item B9.40 is not N/A applicable to Clinton Power Station.
B10.10 B-K-1 Integrally Welded Volumetric or Welded attachment whose The integrally welded attachments Attachments Surface base material is 5/8 inch will be examined with PT or MT as and greater to be applicable.
examined.
B15.50 B-P All Visual (VT-2) All components to be All pressure-retaining boundaries Pressure-Retaining examined during system for piping systems may be l
Boundaries for leakage test. Examination examined with direct visual Piping Ccmponents to be performed in (VT-2) where feasible, accordance with IWB-5221 Examination areas inaccessible during each refueling for direct visual examination may outage, be examined at the lowest elevation with respect to the component.
B15.51 B-P All Vi sual (VT-2) Clinton Power Station has N/A Pressure-Retaining adopted Code Case 498.
Boundaries for Piping Components I
I-15 ,
t
. - . - . . . _ . - . _ . _ _ _ - . . . . . . - ~ . . . . . ,-- . .-- . . . - . . . . _ . - . . . . . _. .. - - -.-~ - .- - - _ - . - - _ . - - . , - . - _ . . . . -
6
- TABLE 1 ;
ILLINOIS POWER COMPANY j CLINTON POWER STATION (CPS) UNIT 1 !
SECOND TEN YEAR INTERVAL !
INSERVICE EXAMINATION PLAN (REVISION 5) l CLASS 1 COMPONENTS '!
i 1 ASME A5ME Section XI Section XI '
Item Examination Components & Parts Examination Examination Requirements Examination Technique / '
Number Category To Be Examined Method For 10 - Year Interval Examination Area Comments i
> PUMPS <
B6.180 B-G-1 Bolts and Studs Volumetric All bolts and studs to be The bolting will be examined with [
greater than 2 examined. The bolting may manual UT. I Inches in Diameter, be examined in place under [
tension. when connection !
is disassembled, or when j the bolting is removed.
B6.190 5-G-1 Flange surface for Visual (VT-1) All surfaces and 1 inch The flange surfaces will be ;
Bolting greater than annular area around each examined with direct VT. ;
1 2 Inches in Diameter stud hole to be examined- !
I when Connection is when disassembled. .
Disassembled, t
B6.200 B-G-1 !!uts greater than 2 Visual (VT-1) 100% nuts to be examined. The nuts will be examined with t i
Inches in Diameter. CPS has no bushings or direct VT.
washers, j B7.60 B-G-2 Bolts. Studs and Visual (VT-1) Clinton Power Station has N/A 9
Nuts less than or no pressure-retaining l 1
l equal to 2 Inches in bolting 2 inches in' Diameter diameter or less !
associated with the Class ;
I pumps.
i 810.20 B-K-1 Integrally Welded Volumetric or Attachments to pumps Welded attachments will be-l f I Attachments .5urface associated with piping examined with manual UT or selected under Category surface examination techniques as ;
i I-16
TABLE I ILLIN0IS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS ASME ASME Section XI Section XI Item Examination components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For 10 - Year Interval Examination Area Comments
> PUMPS <
(Continued)
B-J to be examined. applicable.
Attachments whose base material thickness is 5/8 inch and greater to be examined.
B12.10 B-L-1 Pump Casing Welds Volumetric Reactor recirculation pump N/A core closure welds are exempt from examination per IWA-2500. Clinton Power Station has no other Class 1 pump casing welds.
B12.20 B-L-2 Internal Surfaces of Visual (VT-3) One reactor recirculation Pump casing internal surface will Pump Casings pump to be examined when be examined with remote or direct disassembled. visual techniques as applicable.
B15.60 6-P Pressure-Retaining Visual (VT-2) All components to be All pressure-retaining boundaries Boundaries for Pump examined during system for pumps may be examined with Components leakage test. Examination direct visual (VT-2) where to be performed in feasible. Examination areas accordance with IWB-5221 inaccessible for direct visual during each refueling examination may be examined at cutage. the lowest elevation with respect to the component.
I-17
s t
n
/ e em um qo iC n
ha ce er TA nn ii oo
_ t t aa nn ii mm aa A xx /
EE N s
s a t
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_ qI t s e S a Rr C r
a e e ne w d oY o o i
t - P C a n d
) n0 o et
_ i1 5 m t 1 ar n p N i o O xo l d T I EF C a I
N S I
UL Y A EV N)V R ASR( S PPE MCT T O(N N N A E C I L N )
1 N P O n 2 ROR -
E EI A P o T WTE N M i V
L OO t (
_ B OAY I C a 8 A PT T nd 1 T S SN E A l
1 N
i o mh a -
IRT I S at u I OE s NWD AMAS ION EM xe i V
LPO X L L C E C -
_ INE E OS T
N I C
V t s g m p -
I R r n u L a i P E n C S Pd e i r N a o I &n t f i
sm e t a R s s nx - e t eE n
e i n r r e _
oe u a n pB m
s d o s n p -
oo e u m CT r P B C o o I o n -
Xi t y nar ono iig -
E t me Mcat S exa ASEC P
B I S X P n M o r U -
i e P 1 6
Et mb Mcem > 5 S et u 1 ASIN 8 l
- - - - . - . ~ _ . . .. . - . . . _ .
t i
i i
TABLE 1 ILLIN0IS POWER COMPANY ,
CLINTON POWER STATION (CPS) UNIT I ,
SECOND TEN YEAR INTERVAL i INSERVICE EXAMINATION PLAN (REVISION 5) j CLASS 1 COMPONENTS j ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique / ,
Number Category To Be Examined Method For 10 - Year Interval Examination Area Comments- r i
> VALVES <
t B6.210 B-G-1 Bolts and Studs Volumetric Clinton Power Station has N/A greater than 2 no pressure-retaining I
Inches in Diameter. bolting greater than 2-inch diameter associated ,
with Class 1 valves. i I
B6.220 B-G-1 Flange Surface for Visual (VT-1) Clinton Power Station has N/A Bolting greater than no pressure-retaining 2 Inches in Diameter bolting greater than when Connection is 2-inch diameter associated i
Disassembled. with Class 1 valves. '
l.
B6.230 B-G-1 Nuts, Bushings, and Visual (VT-1) Clinton Power Station has N/A Washers greater than no pressure-retaining 2 Inches in bolting greater than Diameter. 2-inch diameter associated !
with Class 1 valves. ,
)
B7.70 B-G-2 Bolting less than or Visual (VT-1) All bolts, studs, and nuts Bolting will be examined with l
equal to 2 Inches in to be examined. The direct VT.
Diameter. bolting may be examined in place under tension, when the connection is disassembled, or when the bolting is removed. !
t I-19
TABLE 1 ILLINOIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS ASME ASME Section XI section XI Item Examination components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For 19 - Year Interval Examination Area Comments
> VALVES <
B19.30 8-K-1 Integrally Welded Volumetric or Attachments to valves Welded attachments will be Attachments. Surface associated with piping examined with manual UT or selected under Category surface examination techniques as B-J to be examined. applicable.
Attachments whose base material thickness is 5/8 inch and greater to be examined.
B12.30 8-M-1 Valve Body Welds Surface Clinton Power Station has N/A less than 4 Inches no Class I valve body Nominal Pipe Size, welds.
812.40 B-M-1 Valve Body Welds volumetric Clinton Power Station has N/A greater than or no Class 1 valve body equal to 4 Inches welds.
Nominal Pipe size.
B12.50 8-H-2 Internal Surfaces of Visual (VT-3) One valve in each group of Internal surfaces will be Valve Bodies on valves that is of the same examined with remote or direct Valves greater than construction and similar Visual techniques as applicable.
4 Inches Nominal function to be examined.
Pipe size.
B15.70 B-P All Visual (VT-2) All components to be All pressure-retaining boundaries Pressure-Retaining examined during system for valves may be examined with Boundaries for Valve leakage test. Examination direct visual (VT-2) where I-20
TABLE 1 ILLINOIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS A5ME ASME Section XI Section XI Item Examination Number Components & Parts Examination Examination Requirements Examination Technique /
Category To Be Examined Method For 10 - Year Interval Examination Area Comments
> VALVES <
(Continued)
Components. to be performed in feasible. Examination areas accordance with IWB-5221 inaccessible for direct visual during each refueling examination may be examined at outage. the lowest (Levation with respect to the component.
B15.71 B-P All Visual (VT-2) Clinton Power Station has N/A Pressure-Retaining adopted Code Case 498.
Boundaries for Valve Components l
I-21
_ . . _ _ . _ _ . . - m. _.
i TABLE I ILLINDIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT I SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For 10 - Year Interval Examination Area Comments
> NOTE <
B16.10 thru B16.20 B-Q 5 team Generator Volumetric Items B16.10 through N/A Tubing 816.20 not applicable to Clinton Power Station.
I-22
TABLE 1 ILLIN0IS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Number Examination Examination Requirements Examination Technique /
Category To Be Examined Method For 10 - Year Interval Examination Area Comments
> PRESSURE VESSELS <
C1.10 C-A Shell Volumetric 100% of each weld to be The welds will be examined with Circumferential examined (applies to welds manual UT.
Welds at gross structural discontinuities). For multiple vessels of similar design size and service, examinations may be limited to one vessel.
Cl.20 C-A Head Circumferential Volumetric 100% of each weld to be The welds will be examined with' Welds examined. For multiple manual UT.
vessels of similar design size.and service, examinations may be limited to one vessel.
CI.30 C-A Tube Sheet-to-Shell Volumetric 100% of each weld to be The welds will be examined with Weld examined. For multiple manual UT.
vessels of similar design size and service, examinations may be limited to one vessel.
C2.10 and C2.ll C-B Nozzles in Vessels Surface Items C2.10 and C2.ll not N/A less than or equal applicable to Clinton to 1/2 Inch Nominal Power Station.
I-23
..___.__m <__.m__._. . - . . - - . _ . - . _ . . ~ . . ~ . . . ~ . .-.. _ ._ ~ .- - - . - _ _ _ - o.. .__m._-.... _ . - , . . _ . . - - ._
I i
t t
% F TABLE 1 ILLINDIS POWER COMPANY i CLINTON PCWER STATION (CPS) UNIT 1 .
SECOND TEN YEAR INTERVAL I INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS f ASHE ASME f i Section XI Section XI [
Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For 10 - Year Interval Examination Area Comments [
. i
> PRESSURE VESSELS < [
l (Continued)
{
Thickness, I Nozzle-to-Shell (or i 2 ,
Head) Weld ,[
C2.20 and C2.21 C-8 Nozzles in Vessels Surface and All nozzles to be selected The welds may be examined with UT greater than 1/2 Volumetric. at terminal ends of piping and MT or PT as applicable.
[
4 Inch Nominal runs selected for [
Thickness, examination under Category i I
Nozzle-to-Shell (or C-F. 100% of each weld to -
Head) Weld, be examined. Manways and hand holes excluded. For li multiple vessels of i similar design and ~ {
t service, examination may ,
be limited to one vessel. i i
C2.22 C-8 Nozzle Inside Radius Volumetric 100% of each area to be The nozzle inside radius section I Section examined. Manways and will be examined with UT.
f hand holes are excluded, i t
4 For multiple vessels of similar design and. [
service, examination may be limited to one vessel.
f I
I-24' I I
i '
mm ..o --._.___..__.._..-__.__...m.-....-_ . . . . . _
r I
TABLE I ILLIN0IS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 ;
SECOND TEN YEAR INTERVAL :
INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS f' '. ASME ASME Section XI Section XI I Item Examination Comporents & Parts Examination Examination Requirements Examination Technique /- :
Number
- Category To Be Examined Method For 10 - Year Interval Examination Area Comments .)
I
! > PRESSURE VESSELS <
I j (Continued) 100% of each weld to be The welded attachments will be t examined. For multiple examined with MT or PT as vessels of similar design applicable.
and service, examination may be limited to one f
vessel. Attachments whose base material is 3/4 inch .
t or greater to be selected. .
C4.10 C-D Bolts and Studs' Volumetric Clinton Power Station has N/A t
! no pressure-retaining
< bolting greater than the 2-inch diameter associated with Class 2 vessels.
C2.31,C2.32, and C2.33 C-B Nozzles in Vessels Surface and Items C2.31 C2.32, and N/A greater than 1/2 Volumetric C2.33 are not applicable Inch Nominal to Clinton Power Station.
Thickness Nozzle to I Shell (or Head) 'l
+
Weld.
i I
C7.10 C-H n ressure-Retaining Visual (VT-2) All components to be All pressure-retaining boundaries Components examined during system for vessels may be examined with l pressure test. direct visual (VT-2) where ;
i I
j I-25 l i
4
TABLE 1 ILLINOIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For 10 - Year Interval Examination Area Comments
> PRESSURE VESSELS <
(Continued) ,
Examinations to be feasible. Examination areas performed in accordance inaccessible for direct visual with IWC-5221 for each examination may be examined at inspection period. the lowest elevation with respect to the component.
C7.20 C-H Pressure-Retaining Visual (VT-2) Clinton Power Station has N/A Components adopted Code Case 498.
I-26
TABLE 1 ILLINDIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined- Method For 10 - Year Interval Examination Area Comments
> PIPING < .
I C3.20 C-C Integrally Welded Surface 100% of each weld to be The welds will be examined with Attachments examined. Attachments NT or PT as applicable, whose base material is 3/4 inch or greater to be selected. Selection limited to those components selected under Examination Category C-F.
C4.20 C-D Bolts and Studs Volumetric Clinton Power Station has N/A no pressure-retaining bolting greater than 2-inch diameter associated with Class 2 piping.
C5.11 C-F-1 Circumferential Surface and 100% of each weld The welds will be examined with Piping Welds greater Volumetric requiring examination. MT or PT as applicable and UT.
than or equal to 3/8 See Footnotes to Table IWC Inch Nominal Wall 2500-1.
Thickness for Piping greater than 4 Inches NPS.
C5.12 C-F-1 Longitudinal Piping Surface Examine a length of 2.5 x The welds will be examined with Welds greater than nominal wall thickness at MT or PT as applicable and UT.
or equal to 3/8 Inch the intersecting I-27
. . . m .- . m m .. m. . ._ __ .
._..m_. ...-- ___ ._.._..~. ._m.
. . . _ _ - - ___._-_.-_.m. , . _ .m.._.... . _ . - . _ -._ _ ...
i' 1
TABLE 1 ILLINDIS POWER COMPANY. _
CLINTON POWER STATION (CPS) UNIT 1 '
SECOND TEN YEAR INTERVAL INSERVICE' EXAMINATION PLAN (REVISION 5) l CLASS 2 COMPONENTS t
ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Techntque/
Number Category To se Examined Method For 10 - Year Interval Examination Area Comments
> PIPING <
(Continued) [
Nominal Wall circumferential weld Thickness for Piping requiring examination ,
greater than 4 under C5.11 above. !
Inches NPS.
C5.21 and C5.22 C-F-1 Circumferential and Surface and Items C5.21 and C5.22 do N/A Longitudinal Piping Volumetric not apply to'Clinton Power Welds greater than Station.
or equal to 1/5 Inch ;
i Nominal Wall Thickness for Piping greater than or equal to NPS 2 and less than or equal [
to NPS 4 C5.30 C-F-1 SocLet welds. Surface Citnton Power Station does N/A not have socket welds in -i Class 2 Piping in greater than'4 NPS.
C5.41 C-F-1 Circumferential weld Surface 100% of each weld The welds will be examined with .
Piping Branch requiring examination. MT or PT as applicable, j connections of See Footnotes to Table IWC .
t Branch Piping 2500-1.
I b
a I-28
- -e__--.-- . - - - - . . - - - - - - _ _ - - - - - - - _ . _ _ _ - , - - . _ _ - - _ - - - _ _ _ - - _ _ - - -----u a a- J --w-- -
- . , - - - - - _ - - - _ . - _ - - - - - -- - x .-- -_ _ ..
TABLE 1 ILLINOIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT I SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For le - Year Interval Examination Area Comments
> PIPING <
(Continued) greater than NPS 4.
C5.42 C-F-1 Longitudinal weld Surface Examine a length of 2.5 x The welds will be examined with Piping Branch nominal wall thickness at MT or PT as applicable.
connections of the intersecting Branch Piping circumferential weld greater than NPS 4. requiring examination.
C5.51 C-F-2 Circumferential Surface and 100% of each weld The welds will be examined with Piping Welds greater Volumetric requiring examination. UT and NT or PT as applicable.
than or equal to 3/8 See Footnotes to Table IWC Inch Nominal Wall 2500-1.
Thickness for Piping greater than 4 Inches NPS.
C5.52 C-F-2 Longitudinal Piping Surface and Examine a length of 2.5 x The welds will be examined with Welds greater than Volumetric nominal wall thickness at UT and MT or PT as applicable.
or equal to 3/8 Inch the intersecting Nominal Wall circumferential weld Thickness for Piping requiring examination greater than 4 under C5.51 above.
Inches NPS.
C5.61 and C5 62 C-F-2 Circumferential and Surface and Items C5.61 and C5.62 do N/A Longitudinal Piping Volumetric not apply to Clinton Power I-29
.,--- - a _ _ -_-.. - --. . . - - . - - - - . - . . - . - . - - - . - - - . . - ~ . . . . . . . - - . . ~ - - - . - - _ _ . . . . - - - . . ~ . - . ~ . ,
i
- i 1
l '[
TABLE 1 ILLINDIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 ~!
SECOND TEN YEAR INTERVAL i INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS l
r ASME ASME Section XI Section XI i
Item Examination Components & Parts Examination Examination Requirements Examination Technique /
j Number Category To Be Examined Method For le - Year Interval Examination Area Comments i
> PIPING < .[
{ (Continued)
]
Welds greater than Station.
1/5 Inch Nominal i -
Wall Thickness for l
j Piping greater than l
] or equal to NPS 2 '
and less than or 3 1
equal to NPS 4.
i C5.70 C-F-2 Socket Weld. Surface Clinton Power Station does N/A not have socket welds in l Class 2 Piping in greater ;
than 4 NPS. {
t C5.81 C-F-2 Circumferential Weld Surface 100% of each weld The welds will be examined with !
I Pipe Branch requiring examination. MT or'PT as applicable.
i Connections of See Footnotes to Table IWC l Branch Piping 2500-1.
J greater than NPS 4. [
C5.82 C-F-2 Longitudinal Welds Surface Clinton Power Station has N/A .
at Circumferential no intersecting Branch Connection longitudinal seam welds at Welds branch connections. [
C7.30 C-H Pressure-Retaining Visual (VT-2) All components to be All pressure-retaining boundaries l
l Components examined during system for piping may be examined with [
t h
I-30 [,
i
._ . _ , .. .. - - - - - - _ _ . . . . - .. .- . . . ~ , - . = . .- .. =- . = . ._ -= . -
TABLE 1 ILLINOIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS A5ME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Techntque/
Number Category To Be Examined Method For le - Year Interval Examination Area Comments
> PIPING <
(Continued) pressure test. direct visual (VT-2) where Examination to be feasible. Examination areas performed in accordance inaccessible for direct visual with IWC-5221 for each examination may be examined at inspection period. the lowest elevation with respect to the component.
C7.40 C-H Pressure-Retaining Visual (VT-2) Clinton Power Station has N/A Components adopted Code Case 498.
I-31
_ _ _ _ _ _ . _. _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ __________)
4 4
TABLE I ILLINOIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For 10 - Year Interval Examination Area Comments
> PUMP 5 <
C3.30 C-C Integrally Welded Surface 100% of each weld to be The welds will be examined with Attachments examined. Attachments NT or PT as applicable.
whose base material is 3/4 inch or greater _to be selected.. Selection
- , limited to those components selected under Examination Category C-G.
C4.30 C-D Bolts and Studs. Volumetric Clinton Power Station has N/A i
Bolting >2 Inches in no pressure-retaining Diameter bolting greater than 2-inch diameter associated with Class 2 pumps.
C6.10 C-G Pump Casing Welds Surface 100% of each pump casing The welds will be examined with
- welds. Selection limited NT or PT as applicable.
to those components i selected under.Examinaticn i
Category C-F. For I multiple pumps of similar
! design, size, function, and service, examination may be limited to one pump.
' I-32 c--.-- _ _ . .._- _-__ _--.-- , _ - - - - - _ _ . _ _ _ _ _ _ _ . _ _ _ _ _ -_--_.--__.-_.__---_r . _ _ _ _ . , . . - , - _ _ _ _ - - -_ _ ,.-a -- ,._-__ _ _____. _ - _ - _ _ _ _ _ _ - _ _ -
TABLE I ILLIN0IS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1
, SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination R-quirements Examination Technique /
Number Category To Be Examined Method For 10 - Year Interval Examination Area Comments
> PUMPS <
C7.59 C-H Pressure-Retaining Visual (VT-2) All components to be All pressure-retaining boundaries Components examinea during system for pumps may be examined with pressure test, direct visual (VT-2) where Examination to be feasible. Examination areas performed in accordance inaccessible for direct visual with IWC-5221 for each examination may be examined at inspection peried. the lowest elevation with respect to the component.
C-H Visual (VT-2) Clinton Power Station has N/A C7.60 Pressure-Retaining Components adopted Code Case 498.
1-33
TABLE I ILLINOIS POWER COMPANY ;
CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS ASME ASME 5ection XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For le - Year Interval Examination Area Comments
> VALVES <
C3.40 C-C Integrally Welded Surface 100% of each weld to be The welds will be examined with Attachments examined. Attachments NT or PT as applicable.
t whose base material is 3/4 inch or greater to be i selected. Selection limited to those components selected under >
Examination Category C-G.
C4.40 C-D Bolts and Studs, Volumetric Clinton Power Station has N/A Bolting greater than no pressure-retaining 2 Inches in bolting greater than Di ame ter . 2-inch diameter associated with Class 2 valves. ,
s C6.20 C-G valve Body Welds Surface Clinton Power Station has N/A no body welds associated with Class 2 valves.
C7.70 C-H Pressure-Retaining Visual (VT-2) All components to be All pressure-retaining boundaries ,
Components examined during system for valves may be examined with-4 pressure test, direct visual (VT-2) where Examination to be feasible. Examination areas performed in accordance inaccessible for direct visual with IWC-5221 for each examination may be examined at inspection pertod. the lowest elevation with respect
- I-34
1 TABLE I ILLIN0IS POWER COMPANY ,'
CLINTON POWER STATION (CPS) UNIT I SECOND TEP YEAR INTERVAL {
INSERVICE EXAMINATION PLAN (REVISION 5) I CLASS 2 COMPONENTS I
ASME '
Item Examination Components & Parts Examination Examination Requirements Examination Technique / ,
Number Category To Be Examined Method For IS - Year Interval Examination Area Comments !
> VALVES <
(Continued) I to the component.
C7.89 C-H Pressure-Retaining Visual (VT-2) Clinton Power Station has N/A Components adopted Code Case 498. f t
i r
t i
h I
E
?
t i !
I-35 [
I t
_ . . - - . _ _ - _-_ .____- ,__=__- - -____- __ -________________ __ . - - . . - . .-
TABLE 1 ILLINOIS POWER CCMPANY CLINTON POWER STATION (CPS) UNIT I SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 3 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Number Examination Requirements Examination Technique /
Category To Be Examined Method For le - Year Interval Examination Area Comments
> PRESSURE VESSELS <
DI.le D-A Pressure Retaining Visual ( VT-2) System Inservice All Pressure-retaining components Components in Test / System Functional may be examined with direct Support of Reactor Test - All components to visual (VT-2) where feasible.
Shutdown Function. be examined during System Examination areas inaccessible Pressure Test. for direct visual examination may Examination to be be examined at the lowest performed in accordance elevation with respect to the with IWD-5221 or IWD-5222, component.
as applicable during each inspection period.
System Hydrostatic Test - N/A Clinton Power Station has adopted Code Case 498-1.
D2.10 D-B Pressure Retaining Visual (VT-2) System Inservice All pressure-retaining components Components in Test / System Functional may be examined with direct Support of Emergency Test - All components to visual (VT-2) where feasible.
Core Cooling, be examined during System Examination areas inaccessible Containment Heat Pressure Test. for direct visual examination may Removal, Atmosphere Examination to be be examined at the lowest Cleanup, and Reactor performed in accordance elevation with respect to the Residual Heat with IWD-5221 or IWD-5222, component. -
Removal, as applicable, during each inspection period.
System Hydrostatic Test - N/A i
I-36
i TABLE 1 ILLINDIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1- I SECOND TEN YEAR INTERVAL i INSERVICE EXAMINATION PLAN (REVISION 5) -
CLASS 3 COMPONENTS +
Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined fiethod For le - Year Interval Examination Area Comments
- > PRESSURE VESSELS <
(Continued) i Clinton Power Station has i adopted Code Case 498-1.
D3.10 D-C Pressure Retaining Visual (VT-2) System Inservice All pressure-retaining components Components in Test / System Functional may be examined with direct Support of Residual Test - All components to visual (VT-2) where feas'ble. :
I Heat Removal from be examined during System Examination areas inaccessible -
Spent Fuel Storage Pressure Test, for direct visual examination may Pool. Examination to be be examined at the lowest 4 performed in accordance elevation with respect to the with IWD-5221 or IWD-5222, component.
as applicable, during each inspection period. ,
System Hydrostatic Test . N/A )
Clinton Power Station has adopted Code Case 498-1. [
The integral attachments may be '0 DI.29 thru D1.69 D-A Integral Attachments Visual (VT-3) Integral attachments to be of Component examined during each examined with direct or remote Supports and inspection interval. For VT. j multiple components of f Restraints, Mechanical and similar design, function, j Hydraulic Snubbers, and service, the integral l Spring Type attachment of only one of f t
- Supports, Constant the multiple components j I-37 ;
I s
. _ _ _ _. _ . _ _ _ _ . . _ ___ .____.__.______m___._.___.__. _ _ _ _ _ _ _ . _ _ . _ _ _ . _ _ _ ____
i TABLE I ,
ILLINOIS POWER COMPANY '
CLINTON POWER STATION (CPS) UNIT I l SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5) ,
CLASS 3 COMPONENTS i I
ASME ASME i Section XI Section XI Item Examination Components & Parts Number Examination Examination Requirements Examination Technique / '
Category To Be Examined Method For 10 - Year Interval Examination Area Comments i
> PRESSURE VESSELS < ;
\
(Continued)
Load Type Supports, may be examined.
t and Shock Absorbers.
D2.29 thru D2.68 D-B Integral Attachments Visual (VT-3) Integral attachments to be The integral attachments may be of Component examined during each examined with direct or remote Supports and inspection interval. For VT.
Restraints, multiple components of ,
Mechanical and similar design, function, t'
j Hydraulic Snubbers, and service, the integral Spring Type attachment of only one of j Supports, Constant the multiple components j Load Type Supports, may be examined.
and Shock Absorbers.
D3.29 thru D3.69 D-C Integral Attachments Visual (VT-3) Integral attachments to be The integral attachments may be of Component examined during each examined with direct or remote Supports, and inspection interval. For VT.
Restraints, multiple components of Mechanical and similar design, function, Hydraulic Snubbers, and service. the integral Spring Type attachment of only one of Supports, Constant the multiple components Load Type Supports, may be examined.
and Shock Absorbers.
I-38 ,
~ - - , ~ . ~ - . . . . _ - - . - - = . . - - , . . - . . . - ..-._.
TABLE 1 ILLINDIS POWER COMPANY >
CLINTON POWER STATION (CPS) UNIT I SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5) ;
CLASS 3 COMP 0NENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Number Examination Technique /
Category To Be Examined Method For 19 - Year Interval Examination Area Comments
> PIPING < ,
D1.19 D-A Pressure Retaining Visual (VT-2) System Inservice All pressure retaining components Components in Test / System Functional may be examined with direct 1 Support of Reactor Test - All components to visual (VT-2) where feasible.
Shutdown Function. be examined during System Examination areas inaccessible Pressure Test. for direct visual examination may Examination to be be examined at the lowest I performed in accordance elevation with respect to the with IWD-5221 or IWD-5222, component, as applicable, during each .
l inspection period. ,
System Hydrostatic Test - N/A Clinton Power Station has !
adopted Code Case 498-1.
D2.19 D-B Pressure Retaining Visual (VT-2) System Inservice All pressure retaining components !
Components in Test / System Functional may be examined with direct ,
Support of Emergency Test - All components to visual (VT-2) where feasible.
Core Cooling, be examined during System Examination areas inaccessible !
t for direct visual examination may Containment Heat Pressure Test.
Removal Atmosphere Examination to be be examined at the lowest '
Cleanup, and Reactor performed in accordance elevation with respect to the Residual Heat with IWD-5221 or IWD-5222, component.
Removal. as applicable, during each inspection period.
System Hydrostatic Test - N/A I-39 I
= _ . _ _ . _ _ _ _ . _ _ _ _ _ _ _ . _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ . _ _ . _ ,
TABLE 1 ILLINDIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5) i CLASS 3 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique / !
Number Category To Be Examined Method For 19 - Year Interval Examination Area Comments l
> PIPING < !
(Continued)
Clinton Power Sation has adopted Code Case 498-1.
03.19 D-C Pressure Retaining Visual (VT-2) System Inservice All pressure retaining components Components in Test / System Functional may be examined with direct ,
Support of Resdual Test - All components to visual (VT-2) where feasible. [
t Heat Removal from be examined during System Examination areas inaccessible Spent Fuel Storage Pressure Test. for direct visual examination may Pool. Examination to be be examined at the lowest performed in accordance elevation with respect to the ,
with IWD-5221 or IWD-5222, component. [
as applicable, during each inspection period.
System Hydrostatic Test . N/A l Clinton Power Station has adopted Code Case 498-1, ,
DI.29 thru DI.60 D-A Integral Attachments Visual (VT-3) Integral attachments to be The integral attachments may be f of Component examined during each examined with direct or remote I Supports, and inspection interval. VT. f Restraints.
Mechanical and Hydraulic Snubbers, Spring Type .
Supports, Constant I-49 t
k
. _ . . .. _ . _ . . _ . _ m_.._.___- .-. . . .__ ___ _ _ . _ _ _ _ _ - - - ,__ - .. . _ - .-_--. - _ . . , . . . - . .
. . _ . . . . _ . _ _ _ ~ _ _ _ . - . - . _ ,
6 TABLE 1 !
ILLIN0IS POWER COMPANY CLINTON POWER STATION (CPS) UNIT I -;
SECOND TEN YEAR INTERVAL !
INSERVICE EXAMINATION PLAN (REVISION 5) i CLASS 3 COMPONENTS ASME ASME 5ection XI Section XI Item Examinatior; Components & Parts Examination Examination Requirements Examination' Technique /
Number Category Ta Be Examined Method I
For le - Year Interval Examination Area Comments
> PIPING <
(Continued)
Load Type Supports, ;
and Shock Absorbers. ,
' l
.i D2.29 thru D2.69 D-8 Integral Attachments Visual (VT-3) Integral attachments to be The integral attachments may be of Component examined during each. examined with direct or remote l Supports and inspection interval. VT.
Restraints, Mechanical and .
Hydraulic Snubbers, .
Spring Type I r
Supports, Constant ,
Load Type Supports, !
and Shock Absorbers.
[
D3.20 thru D3.60 D-C Integral Attachments Visual (VT-3) Integral attachments to be The integral attachments may be l of Component examined during each examined with direct or remote l r
Supports and inspection interval. VT. -7 Restraints, t Mechanical and j Hydraulic Snubbers, Spring Type j Supports, Constant Load Type Supports, j and Shock Absorbers. i I-41 I i
2.w._. _. __2________ -____ _ _ . _ _ - , _ _ _ _ _ ______-_ __ __ ' _ - _ _ . _ - _ _ ~_--4 _ k. & e- - _ ! _.__- __ __-._ m __.____ _ .____.__.
_ _ _ _ . ___._.__~_-.__m.-____ . ._ - - - ..- _ -.. _ _-~__ __. _.~._-.-- _..m_ _m. - _ . . _ . - - _ .
l TABLE 1 i ILLIN0IS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE. EXAMINATION PLAN (REVISION 5)
CLASS 3 COMPONENTS e
ASME ASME Section XI Section XI Item Examination Components & Parts Examination Number Examination Requirements Examination Technique /
Category To Be Examined Method For le - Year Interval Examination Area Comments j
> PUMP 5 <
D1.10 D-A Pressure Retaining Visual (VT-2) System Inservice All pressure retaining components !
Components in Test / System Functional may be examined with direct Support of Reactor Test - All components to visual (VT-2) where feasible.
Shutdown Function, be examined during System Examination areas inaccessible Pressure Test. for direct visual examination may Examination to be be examined at the lowest performed in accordance elevation with respect to the ,
with IWD-5221 or IWD-5222, component.
as applicable, during each inspection period.
System Hydrostatic Test - N/A Clinton Power Station has adopted Code Case 498-1.
D2.10 D-B Pressure Retaining Visual (VT-2) System Inservice All pressure retaining components Components in Test / System Functional may be examined with direct ,
Support of Emergency Test - All components to visual-(VT-2) where feasible.
Core Cooling, be examined during System Examination areas inaccessible r
Containment Heat Pressure Test. for direct visual examination may Removal. Atmosphere Examination to be be examined at the lowest Cleanup, and Reactor performed in accordance elevation with respect to the Residual Heat with IWD-5221 or IWD-5222, component.
Removal, as applicable, during each inspection period.
System Hydrostatic Test - N/A I
I-42
. - . . . - . . . . _ ~ _ . ~ . . . - . - , _ - . _ . . - ~ . ._ - ~. . _ ~. . ..- - . - - . - . . . . . - . . ~ - - . . . . . . . . . - - . . - . . ..
TABLE I -
ILLINDIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 '
SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 3 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Number Examination Examination Requirements Examination Technique /
Category To Be Examined Method For le - Year Interval Examination Area Comments
> PUMPS < ,
L (Continued)
Clinton Power Station has ,
adopted Code Case 498-1.
D3.10 D-C Pressure Retaining Visual (VT-2) System Inservice All Pressure retaining components [
Components in Test / System Functional may be examined with direct Support of Residual Test - All components to visual (VT-2) where feasible.
Heat Removal from be examined during System Examination areas inaccessible !
Spent Fuel Storage Pressure Test. for direct visual examination may Pool. Examination to be be examined at the lowest 3 performed in accordance elevation with respect to the with IWD-522I or IWD-5222, component.
as applicable, during each inspection period. !
System Hydrostatic Test - N/A Clinton Power Station has i adopted Code Case 498-1 ;
I DI.20 thru DI.60 D-A Integral Attachments Visual (VT-3) Integral attachments to be The integral attachments may be of Component examined during each examined with direct or remote Supports and inspection interval. For VT.
Restraints, multiple components of Mechanical and similar design, function.
Hydraulic Snubbers, and service, the integral Spring Type attachment of only one of ,
Supports, Constant the multiple components t
t I-43
I TABLE 1 ILLINDIS POWER COMPANY 'i CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR IMTERVAL 1 INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 3 COMPONENTS l
Section XI Section XI '
Item Examination Number Components & Parts Examination Examination Requirements Examination Technique /
Category Ts Be Examined Method For le - Year Interval Examination Area Comments
> PUMPS <
(Continued) !
Load Type Supports, may be examined, and Shock Absorbers.
D2.29 thru D2.69 D-B Integral Attachments- Visual (VT-3) Integral attachments to be The integral attachments may be i of Component examined during each examined with direct or remote i Supports and inspection interval. For VT. ;
Restraints, multiple components of ;
Mechanical and similar design, function, I Hydraulic Snubbers, and service, the integral Spring Type attachment of only one of ;
Supports, Constant the multiple components Load Type Supports, may be examined. j and Shock Absorbers.
r t
D3.29 thru D3.69 D-C Integral Attachments Visual (VT-3) Integral attachments to be The integral attachments may be of Component examined during each examiner 8 with direct or remote ;
Supports and inspection interval. For VT.
Restraints, multiple components of j Mechanical and similar design, function.
Hydraulic Snubbers, and service, the integral ;
Spring Type attachment of only one of Supports. Constant the multiple components ;
Load Type Supports, may be examined.
and Shock Absorbers.
I-44
.~ . . . _ . ~ . - . ~ . ~ , ~ . . - . . . - . .~ -- ~. . . . . . ~ . . . . - . . . . . - - - . . . .-.. ._-. . - .. - _ - . _ . . .
TABLE 1 ILLINDIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 j SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 3 COMPONENTS ASME ASME Section XI Section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For 19 - Year Interval Examination Area Comments s
> \h4LVES < .
DI.I; D-A Pressure Retaining Visual (VT-2) System Inspection All pressure retaining components Components in Test / System Functional may be examined with direct Support of Reactor Test - All components to visual (VT-2) where feasible.
Shutdown Function. be examined during System Examination areas inaccessible ,
Pressure Test. for may be examined at the lowest '-
Examination to be elevation with respect to the performed in accordance component, with IWD-5221 or IWD-5222.
as applicable, during each inspection period. N/A System Hydrostatic Test -
Clinton Power Station has ;
adopted Code Case 498-1. I D-B Visual (VT-2) System Inservice All pressure retaining components i D2.19 Pressure Retaining Components in Test / System Functional may be examined with direct Support of Emergency Test - All components to visual (VT-2) where feasible. t Core Cooling, be examined during System Examination areas inaccessible Containment Heat Pressure Test. for direct visual examination may Removal. Atmosphere Examination to be be examined at the lowest t Cleanup, and Reactor performed in accordance elevation with respect to the ;
Residual Heat with IWD-5221 or IWD-5222, component.
Removal. as applicable, during each ,
inspection period.
System Hydrostatic Test . N/A I-45 l
i TABLE 1 ILLIN0IS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 3 COMPONENTS ASME ASME 5ection XI Section XI Item Examination Mumber Components & Parts Examination Examination Requirements Examination Technique /
Category To se Examined Method For 10 - Year Interval Examination Area Comments
> VALVES <
(Continued)
Clinton Power Station has l adopted Code Case 498-1.
D3.10 D-C Pressure Retaining Visual (VT-2) System Inservice All pressure retaining components Components in Test / System Functional may be examined with direct i Support of Residual Test - All components to visual (VT-2) where feasible.
Heat Removal from be examined during System Examination areas inaccessible Spent Fuel Storage Pressure Test. for direct visual examination may Pool. Examination to be be examined at the lowest performed in accordance elevation with respect to the with IWD-5221 or IWD-5222, component.
as applicable, during each inspection period.
System Hydrostatic Test . N/A Clinton Power Station has ;
adopted Code Case 498-1. 3 DI.20 thru DI.60 D-A Integral Attachments Visual (VT-3) Integral attachments to be The integral attachments may be of Component examined during each examined with direct or remote -!
Supports and inspection interval. For VT, Restraints, multiple components of Mechanical and similar design, function, I r
Hydraulic Snubbers, and service, the integral Spring Type attachment of only one of Supports, Constant the multiple components I-46 l
A
TABLE I ILLIN0IS POWER COMPANY CLINTON POWER STATION (CPS) UNIT I SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 3 COMPONENTS ASME ASME Section XI section XI Item Examination Components & Parts Examination Examination Requirements Examination Technique /
Number Category To Be Examined Method For IS - Year Interval Examination Area Comments
> VALVES <
(Continued)
Load Type supports, may be examined.
and Shock Absorbers.
02.20 thru D2.60 D-B Integral Attachments Visual (VT-3) Integral attachments to be The integral attachments may be of Component examined during each examined with direct or remote Supports and inspection interval. For VT, Restraints, multiple components of Mechanical and similar design, function, Hydraulic Snubbers, and service, the integral Spring Type attachment of only one of Supports, Constant the multiple components Load Type Supports, may be examined.
and Shock Absorbers.
D3.20 thru D3.60 D-C Integral Attachments Visual (VT-3) Integral attachments to be The integral attachments may be of Component examined during each examined with direct or remote Supports and inspection interval. For VT.
Restraints, multiple components of Mechanical and similar design, function, Hydraulic Snubbers, and service, the integral Spring Type attachment of only one of Supports, Constant the multiple components Load Type Supports, may be examined.
and Shock Absorbers.
I-47
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . . ~. - - - _ - _ _ _ - _ _ _ _ _ - _ _ _ _ - . . . .- - _
TABLE 1 ILLIN0IS POWER COMPANY ,
CLINTON POWER STATION (CPS) UNIT 1 SECOND TEN YEAR INTERVAL i
INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1,2,3 i
ASME ASME Section XI Section XI Item Examination Number Components & Parts Examination Examination Requirements Examination Technique /
Category To Be Examined Method For 19 - Year Interval Examination Area Comments
> COMPONENT SUPPORTS <
F1.19 F-A Class 1 Piping Visual (VT-3) 25% of Class I component Component supports may be Component Supports, supports in each examined by direct or remote VT, inspection interval.
Cl mion Power Station has adopted Code Case 491. .f F1.29 F-A Class 2 Piping Visual (VT-3) 15% of Class 2 component Component supports may be f Component Supports. supports in each examined by direct or remote VT.
inspection interval.
Clinton Power Station has ,
adopted Code Case 491.
F1.39 F-A Class 3 Piping Visual (VT-3) 19% of Class 3 component Component supports may be i Component Supports, supports in each examined by direct or remote VT.
inspection interval.
Clinton Power Station has adopted Code Case 491.
F1.49 F-A Class 1. 2. and 3 Visual (VT-3) For multiple components Component Supports may be Component Supports within a system of similar examined by direct or remote VT.
Other Than Piping design, functions, and Supports, service, the supports of only one of the multiple i components may be examined. Clinton Power Station has adopted Code .
I-48
l TABLE 1 ILLINOIS POWER COMPANY CLINTON POWER STATION (CPS) UNIT 1 -
i SECOND TEN YEAR INTERVAL ,
INSERVICE EXAMINATION PLAN (REVISION 5) '
CLASS 1,2,3 e i
ASME ASME .r Section XI Section XI '
Item Examination Examination Number Components & Parts Examination Requirements Examination Technique / i Category To Be Examined Method For 19 - Year Interval Examination Area Comments
> COMPONENT SUPPORTS <
(Continued)
Case 491. [
IWF-5000 IWF-5000 Class 1. 2, and 3 Visual & Functional Visual inspection and Snubbers may be examined by Snubbers. Test functional testing of direct or remote visual method.
snubbers will be performed in accordance with CPS' l
Operational Requirements !
Manual (ORM) .
i I
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I-49 F
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TABLE II ILLINOIS POWER LO4FANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 CQ4PONENTS REACTCR PRESSURE VESSEL (RPV)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS IB13D003 -- --
NO N/A Bl.10 VO/SU/VT AUGMENTED INSFECTION PERFORMED PER 1.2(H),
Bl.20 (I),(J),(K),(L),(N),(P),(Q),(R), AND (U) OF INSERVICE Bl.30 EXAMINATION PLAh.
Bl.40 B3.90 B3.100 B4.10 B4.11 B4.12 B4.13 B5.10 B5.20 96.10 B6.20 B6.30 B6.40 B6.50 B7.00 98.10 B13.10 B13.20 B13.30 B13.40 B14.10 B15.10 PAGE: II-2
. _.m . . _ . . _ _ . _ _ _ _ . .. . mm _ _ .. ._
TABLE II ILLINOIS POWER COMPANY CLINTON PO"TER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CIASS 1 COMPCNENTS FEEDWATER (EM)
PIPE ASME CODE LINE HAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS
- EWO2GA 18.00 1150 0425 CS/1.156 NG N/A B9.11 VO/SU irWO2GB 18.00 1150 0425 CS/1.156 NO N/A B9.11 VO/SU
- FWO2HA 12.00 1150 .0425 CS/0.844 NO N/A B9.11 VO/SU LEM02HS 12.00 1150 0425 CS/0.844 NO N/A B 9.11 VO/SU
- FWO2HC 12.00 1150 0425 CS/0.844 NO N/A 99.11 VO/SU B10.10 .
- EWO2HD 12.00 1150 0425 CS/0.844 NO N/A B9.11 VO/SU B10.10 1EWO2JA 19.00 1150 0425 CS/1.781 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2 (F.1) OF INSERVICE EXAMINATION PLAN.
1EWO2J3 18.00 1150 0425 CS/1.781 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(F.1) OF INSERVICE EXR4INATION PLAN.
LEWC2KA 20.00 1150 0425 CS/1.969 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(F.1) OF INSERVICE B10.10 EXAMINATION PLAN.
1EV02KB 20.00 1150 0425 CS/1.969 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(F.1) OF INSERVICE B10.10 EXAMINATION PLAN.
r 4
PAGE: II-3 l
TABLE II ILLINOIS POWER C04PM3Y CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS HIGH PRESSURE CORE SPRAY [HP) !
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM ;
EIN SIZE FRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS 1HP02C 10.00 1170 0550 CS/0.844 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(F.1) OF INSERVICE B10.10 EXAMINATION FIRI. ,
1HFC2D 10.00 1170 0550 CS/0.719 NO N/A B9.11 VO/SU B10.10 1HP02E 12.00 1170 0550 CS/0.844 NO N/A 99.11 VO/SU 85.130 l
PAGE: II-4 l
TABLE II ILLINOIS PCHER CCD8.PANY CLINTON POWER STATICN UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION FLAN (BEVISION 5)
CLASS 1 COMPONENTS MSIV LEAVAGE CONTROL (IS)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS LIS01AA 1.50 1035 0550 CS/0.281 YES IWB-1220(A) MAKEUP N/A N/A LIS01AB 1.50 1035 0550 CS/0.201 YES IWB-1220(A) MAKEUP N/A N/A LIS01AC 1.50 1035 0550 CS/0.281 YES IWB-1220(A) MAKEUP N/A N/A LIS01AD 1.50 1035 0550 CS/0.201 YES IWB-1220(A) MAKEUP N/A N/A I
I
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t p
t t
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3 PAGE: II-5
c . .. .. . .. . ..~ . ~ . . . .- . . . . . . . _ - .- - - - .
TABLE II ILLINOIS POWER COMPANY i
CLINTON POWER STATICN UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 CCNPONENTS LOW PRESSURE CORE SPRAY (LP)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEM*T EXE14PTION BASIS ITEM NO METHOD REMARKS
'LP02B i 10.00 1025 0550 CS/0.719 NO N/A B9.ll VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(F.1) OF INSERVICE B10.10 EXAMINATION PLAN.
iLP02C 12.00 1025 0550 CS/0.844 NO N/A B9.11 VO/SU B5.130 i PAGE: II-6
. __ ___. ._ e . . _ _ _ . . . - __ . _ _ _ . - .. . - _ . _ _ _ _ . . _ . . ~
i TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 CCEPONENTS MAIN STEAM (MS)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS iMS103AA 1.50 0992 0546 SS/0.281 YES IWB-1220(A) MAKEUP N/A N/A i iMS103AB 1.50 0992 0546 SS/0.201 YES IWB-1220(A) MAKEUP N/A N/A iMS103AC 1.50 0992 0546 SS/0.281 YES IWB-3220(Al MAKEUP N/A N/A iMS103AD 1.50 0992 C546 SS/0.201 YES IWB-1220(A) MAKEUP N/A N/A iMS20A 2.00 1025 0549 CS/0.344 YES IWB-1220(Al MAKEUP N/A N/A iMS30AA 2.00 1025 0549 CS/0.344 YES IWB-1220(A) MAKEUP N/A N/A iMS30AB 2.00 1025 0549 CS/0.344 YES IWB-1220(A) MAKEUP N/A N/A I iMS30AC 2.00 1025 0549 CS/0.344 YES IWB-1220(A) MAKEUP N/A N/A iMS30AD 2.00 1025 0549 CS/0.344 YES IWB-1220(Al MAKEUP N/A N/A iMS30B 3.00 1025 0549 CS/0.438 YES IWB-1220(A) MAKEUP N/A N/A iMS32AA 1.50 0992 0546 CS/0.181 YES IWB-1220(A) MAKEUP N/A N/A iMS32AB 1.50 0992 0546 CS/0.281 YES IWB-1220(A) MAKEUP N/A N/A iMS32AC 1.50 0992 0546 CS/0.281 YES IWB-1220(Al MAKEUP N/A N/A iMS32AD 1.50 0992 0546 CS/0.201 YES IWB-1220(A) MAKEUP N/A N/A j iMS32GA 2.00 0992 0546 CS/0.344 YES IWB-1220(A) MAKEUP N/A N/A iMS32GB 2.00 0992 0546 CS/0.344 YES IWB-1220(A) MAKEUP N/A N/A iMS32GC 2.00 0992 0546 CS/0.344 YES IWB-1220(A) MAKEUP N/A N/A iMS32GD 2.00 0992 0546 CS/0.344 YES IWB-1220(A) MAKEUP N/A N/A iMSA 24.00 0982 0549 CS/1.219 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(F.1) OF INSERVICE B9.31 EXAMINATION PLAN. ,
B10.10 iMSASA 8.00 0992 0549 CS/1.125 NO N/A B9.11 VO/SU -
8.00 0902 0549 '
1HSASB CS/1.125 NO N/A B9.11 VO/SU
- MS5 24.00 0982 0549 CS/1.219 NC N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2 ( F.1) OF INSERVICE 89.31 EXAMINATION PLAN. l t
B10.10 !
iMSBSA 8.00 0992 0549 CS/1.125 NO N/A B9.11 VO/SU f iMSBSB S.00 0982 0549 CS/1.125 NO N/A B9.11 VO/SU PAGE: II-7
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PIAN (REVISION 5)
CIASS 1 COMPONENTS MAIN STEAM (MS)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE FRESS TEMP THIClOJESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS iMSBSC 8.00 0982 0549 CS/1.125 NO N/A B9.11 VO/SU iMSBSD 8.00 0982 0549 CS/1.125 NO N/A B9.11 VO/SU IMSBSE 8.00 0982 0549 CS/1.125 NO N/A B9.11 VO/SU iMSC 24.00 0992 0549 CS/1.219 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFOPEED PER 1.2(F.1) OF INSERVICE B9.31 EXAMINATION PLAN.
B10.10 iMSCSA 8.00 0982 0549 CS/1.125 NO N/A B9.11 VO/SU 1MSCSB 8.00 0902 0549 .3/1.125 NO N/A B9.11 VO/SU iMSCSC 9.00 0982 0549 CS/1.125 NO N/A B9.11 VO/SU iMSCSD 8.00 0982 0549 CS/1.125 NO N/A B9.11 VO/SU iMSCSE 8.00 0982 0549 Cf/1.125 NO N/A B9.11 VO/SU 1MSCST 8.00 0982 0549 CS/1.125 NO N/A B 9.11 VO/SU iMSD 24.00 0982 0549 CS/1.219 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(F.1) OF INSERVICE B9.31 EXAMINATION PIAN.
B10.10 iMSDSA B.00 0982 0549 CS/1.125 NO N/A B 9.11 VO/SU IMSDSB 8.00 0992 0549 CS/1.125 NO N/A B9.11 VO/SU
'MSDSC
. 8.00 0982 0549 CS/1.125 NO N/A B9.11 VC/SU l
PAGE: II-8
TABLE II ILLINOIS POWER C01PANY CLINTON POWER STATION' UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EZAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS NUCLEAR BOILER (NB)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICFJJESS EXEMPT EXEMPTION BASIS ITEM NO METHOD RERMKS INB01A 4.00 1200 0534 CS/O.438 NO N/A 99.11 VO/SU LNB01B 2.00 1200 0534 CS/0.344 YES IWB-1220(Al MAKEUP N/A N/A LNBC2A 2.00 1200 0534 CS/0.344 YES IWB-1220(Al MAKEUP N/A N/A l
V L
PAGE: II-9
. I
TABLE II ILLINOIS PONER COMPANY CLINTON PCNER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CIASS 1 COMPONENTS RESIDUAL HEAT REMOVAL (RH)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REPARKS
- .RH03CA 12.00 1025 OSSO CS/0.644 NO N/A B9.11 VO/SU B10.10 1RH03CB 12.00 1025 0550 CS/0.844 NO N/A B9.11 VO/SU B10.10 1RH03DA 10.00 1025 0550 CS/0.719 NO N/A B9.11 VO/SU B5.130 LRH03DB 10.00 1025 0550 CS/0.719 NO N/A B9.11 VO/SU B5.130 1RH04B 12.00 1025 0550 CS/0.844 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(F.1) OF INSERVICE B10.10 EXAMINATION PLAN.
1RH04C 10.00 1025 0550 CS/0.719 NO N/A B9.11 VO/SU 85.130 1RH09A 18.00 1050 0552 CS/1.156 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(F.1) OF INSERVICE B10.10 EXAMINATION P1AN.
- RH09C 18.00 1050 0552 SS/1.000 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF B10.10 INSERVICE EXAMINATION PIAN.
- RH46B 4.00 1175 0550 CS/0.438 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(F.1) OF INSERVICE EXAMINATION PLAN.
I PAGE: II-10
TABLE II ILLINOIS POWER CCHPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PIAN (REVISION 5)
CLASS 1 CCNPONENTS REACTOR CORE ISOLATION COOLING (RI)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIIE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS 1RIO3B 6.00 1230 0300 CS/0.562 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(F.1) OF INSERVICE EXAMINATION PLAN. I 1RIO3C 4.00 1230 0300 CS/0.430 NO N/A B 9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(P.1) OF INSERVICE B10.10 EXAMINATION PLAN.
iRIO4A 8.00 1177 0550 CS/0.500 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(F.1) OF INSERVICE B10.10 EXAMINATION PIAN.
iRI29A 4.00 1230 0300 CS/0.430 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(F.1) OF INSERVICE B10.10 EXAMINATION PLAN.
l PAGE: II-11 i i
i
TABLE II ILLINOIS POWER C04PANY CLINTON POW c*'.R STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMIEATION PLAN (REVISION 5)
CLASS 1 C04PG?D'TS REACTOR RECIRCULATION (RR)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICFNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS 1RR04AA 2.00 1040 0533 $S/0.218 YES IWB-1220(A) MAKEUP B9.11 N/A iRR04AB 2.00 1040 0533 SS/0.218 YES IWB-1220(A) MAKEUP B9.11 N/A iRR15A 2.00 1040 0534 CS/0.344 YES IWB-1220(A) MAKEUP 89.11 N/A 1RRA 20.00 SS/1.031 NO N/A B9.ll VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF B9.31 INSERVICE EXAMINATION PIAN.
B10.10 iRRAA 10.00 SS/0.594 NO N/A B 9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF INSERVICE EXAMINATION PLAN.
1RRAB 10.00 SS/0.594 NO N/A B9.ll VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF INSERVICE EXAMINATION PLAN.
iRRAC 10.00 SS/0.594 NO N/A B9.1 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF INSERVICE EXAMINATION PIAN.
iRRACRW 4.00 SS/0.337 NO N 'A B9.ll VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF INSERVICE EXAMINATION PLAN, iRRAD 10.00 SS/0.594 NO :./A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF INSERVICE EXAMINATION PLAN.
iRRADRW 4.00 SS/0.337 NO N/A B9.ll VO/SU AUGMENTED INSPECTION PERET)RMED PER 1.2(Il AND (J) OF INSERVICE EXAMINATION PLAN.
iRRAE 10.00 SS/0.594 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF '
INSERVICE EXAMINATION PLAN.
iRRAM 16.00 SS/0.844 NO N/A B9.ll VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND fJ) OF 89.31 INSERVICE EXAMINATION PLAN.
1RRB 20.00 SS/1.031 NO N/A B9.ll VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF B9.31 INSERVICE EXAMINATION PIAN.
B10.10 1RRBCRW 4.00 1025 0533 SS/O.337 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF INSERVICE EXAMINATION PLAN.
1RRBORW 4.00 1025 0533 SS/0.337 NO N/A B9.ll VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF INSERVICE EXAMINATION PLAN.
i PAGE: II-12 e_ ._ - _ _ _ _ _ - - _ . _ _ _ _ _ - - - - - - _ _ _ _ _ _ _ - - - - _ - _ _ - - _ . __ -- --- _ _- -
.. . . . . ._ - - _ - . _ . _ -_ -~ .
TABLE II II.LINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PIRI (REVISION 5)
CLASS 1 COMPONENTS REACTOR RECIRCULATION (RR)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS 1RRBF 10.00 1025 0533 SS/0.594 NO N/A B9.11 VO/SU AUGME.NTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF INSERVICE EXAMINATION PIAN.
IRRBG 10.00 1025 0533 SS/0,594 No N/A 89.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) CF INSERVICE EXAMINATION PLAN.
IRRBH 10.00 1025 0533 SS/0.5E4 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF INSERVICE EXAMINATION PIRJ.
- FRBJ 10.00 1025 0533 SS/0.594 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF INSERVICE EXAMINATION FIRJ.
1RRSK 10.00 1C25 0533 SS/0.594 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) I.C 'J) OF INSERVICE EXAMINATION PLAN.
iRRBM 16.00 1025 0533 SS/0.844 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF B9.31 INSERVICE EXAMINATION PLAN.
PAGE: II-13
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PIAN (REVISION 5)
CIASS 1 COMPONENTS REACTOR WATER CLEANUP (RT)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS
- RT01AA 4.00 1040 7534 CS/0.439 NO N/A B9.ll VO/SU 1RT01AB 4.00 1040 0534 CS/0.438 NO N/A B9.11 VO/SU iRT01B 6.00 1040 0534 CS/0.562 NO N/A B9.11 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2 (F.1) OF INSERVICE B10.10 EXAMINATION PIAN.
1RT01EA 4.00 1040 0534 SS/0.337 NO N/A B5.130 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF B9.11 INSERVICE EXAMINATION PLAN. l B9.32 1RT01EB 4.00 1040 0534 SS/0.337 NO N/A B5.130 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(I) AND (J) OF B9.11 INSERVICE EXAMINATION PIAN.
89.32 1RT01EC 4.00 1040 0534 CS/0.337 NO N/A B9.11 VO/SU 1RT01ED 4.00 1040 0534 CS/0.337 NO N/A B9.11 VO/SU LRT28A 3.00 1040 0534 CS/0.438 YES IWB-1220(A) MAKEUP N/A N/A 1RT28B 3.00 1040 0534 CS/0.438 YES IWB-1220(A) MAKEUP N/A N/A
- RT28C 3.00 1040 0534 CS/0.430 YES IWB-1220(A) MAKEUP N/A N/A iRT28D 3.00 1040 0534 CS/0.438 YES IWB-1220(A) MAKEUP N/A N/A i
l l
PAGE: II-14
TABLE II ILLINOIS POWER CCFAPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSER'.'lCE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS STANDBY LIQUID CONTROL (SC)
PIPE ASME CODE LINE MAX HEJC MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS iSCO2CA 1.50 1025 0110 SS/0,200 YES IWB-1220(A) MAKEUP N/A N/A iSC02CB 1.50 1025 0110 SS/0.200 YES IWB-1220(A) MAKEUP N/A N/A iSC02DA 3.00 1025 0185 SS/0.300 YES IWB-1220(A) MAKEUP N/A N/A iSCO2DB 3.00 1025 0135 SS/0.300 YES IWB-1220(A) MAKEUP N/A N/A iSC02DC 3.00 1170 0135 CS/0.438 YES IWB-1220(Al MAKEUP N/A N/A 1SC02DD 3.00 1025 0165 SS/0.300 YES IWB-1220(A) MAKEUP N/A N/A iSC02DE 3.00 1170 0135 CS/0.438 YES IWB-1220(A) MAKEUP N/A N/A i
l FAGE: II-15
TABLE II ILLINOIS FG4ER COMPANY CLINTON POWER STATICN UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CIASS 1 CCt4PONENTS ALL SYSTEM PIPINGS PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS BOLTING i 2 -- --
NO N/A B7.50 VT INCHES IN JIAMETER E -- --
NO N/A B15.50 VT PRESSURE RETAINING 3OUNDARIES PAGE: II-16
S K
t 8
A P
E R
T T
) D V V
/ /
5 E MO U U DAH S S N OXT /
O CEE O
/
O 1 I M V V S
TL I O YIA N NV VE I N 0 0 0 0 0 0 0 0 0 0 0 0 A UR R E X 8 9 0 2 2 6 8 9 0 2 2 6 P E (
M M 1 1 2 1 1 2 4
NT S CE 0 2 5 0 2 5 0 AE T C ON II N 6 6 6 1 1 1 6 6 6 1 1 1 S I B B B B B B B B B B B B I
I T A
L R AR P E E TA L
S ENWE TAENT IOT OP N N N D I O 4 P I4 L
A IS E 1 B 7 L C A A 1 C I S S N / / -
V S P O N N I R A M I I E L U T S C P P N M E:
I E G X A E P T
P M
E O O X N N E
/S L S AE I N R K E C TI - -
AH - -
MT P
XM AE MT S
S XE AR MP E E E P NZ I I I P L S A B 1 1 _
N 0 0 _
I 0 0 C
E 3 C
3 _
3 3 _
B. B _
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAI INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS VALVES PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICVNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMAPJCS 1821F010A -- --
NO N/A B12.50 VT iB21F010B -- --
NO N/A B12.50 VT L B21 F011A -- --
NO N/A B12.50 V7 LB21F0llB -- -- NO N/A B12.50 VT LB21F022A -- --
NO N/A B12.50 VT iB21 F0228 -- --
NO N/A B12.50 VT iB21F022C -- --
NO N/A B12.50 VT iB21F022D -- --
NO N/A B12.50 VT LB21F028A -- --
NO N/A B12.50 VT iB21F0288 -- --
NO N/A B12.50 VT LB21F028C -- --
NO N/A B12.50 VT LB21F0280 -- --
NO N/A B12.50 VT 1921F032A -- --
NO N/A B12.50 VT LB21F032B -- --
No N/A B12.50 VT LB21F041A -- --
NO N/A B12.50 VT iB21F041B -- --
NO N/A B12.50 VT iB21F041C -- --
NO N/A B12.50 VT iB21F041D -- --
NO N/A B12.50 VT LB21F041F -- --
NO N/A B12.50 VT iB21F041G -- --
NO N/A B12.50 VT iB21F041L -- --
NO N/A B12.50 VT LB21F047A -- -- NO N/A B12.50 VT LB21F047B -- --
NO N/A B12.50 VT 1921F047C -- --
NO N/A B12.50 VT LB21F047D -- --
NO N/A B12.50 VT iB21F047F -- --
NO N/A B12.50 VT LB21F0519 -- --
NO N/A B12.50 VT iB21F051C -- ~~ NO N/A B12.50 VT i
PAGE: II-18
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 1 COMPONENTS VALVES PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXDtPTION BASIS ITEM NO METHOD REMARKS iB21 F051D -- --
NO N/A B12.50 VT iB21F051G -- --
NO N/A B12.50 VT iB33F023A -- --
No N/A B12.50 VT iB33F023B -- --
NO N/A B12.50 VT iB33F060A -- --
NO N/A B12.50 VT iB33F060B -- --
NO M/A B12.50 VT iB33F067A -- --
NO N/A B12.50 VT 1B33F067B -- --
NO N/A B12.50 VT 1E12F000 -- --
NO N/A B12.50 VT 1E12F009 -- --
NO N/A B12.50 VT LE12F010 -- --
NO N/A B12.50 VT LE12F039A -- --
NO N/A B12.50 VT 1E12F039B -- --
NO N/A B12.50 VT LE12F039C -- --
NO N/A B12.50 VT 1E12F041A -- --
NO N/A B12.50 VT LE12F0418 -- --
NO N/A B12.50 VT lE12F041C -- --
NO N/A B12.50 VT LE12F042A -- --
NO N/A B12.50 VT LE12F042B -- --
NO N/A B12.50 VT 1E12F042C -- -- NO N/A B12.50 VT 1E21F005 -- --
NO N/A B12.50 VT 1E21F006 -- --
No N/A B12.50 VT 1E21F007 -- --
NO N/A B12.50 VT 1E22F004 -- -- NO N/A B12.50 VT lE22 F005 -- --
NO N/A B12.50 VT lE22F036 -- --
NO N/A B12.50 VT iE51F013 -- --
NO N/A B12.50 VT 1E51F063 -- --
NO N/A B12.50 VT PAGE: II-19
TABLE II ILLINOIS POWER CQ4PANY CLINTGI POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PIAN (REVISION 5)
CIASS 1 COMPONENTS VALVES PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARMS 1E51F064 -- --
NO N/A B12.50 VT
- G33F001 -- --
NO N/A B12.50 VT 1G33F004 -- --
NO N/A B12.50 VT
- G33 F102 -- --
NO N/A B12.50 VT 3OLTING i 2 -- -- NO N/A B7.70 VT INCHES IN ^
JIAMETER
- LL -- --
NO N/A B10.30 SU INTEGRALLY 4ELDED NTTACletENTS ,
NLL -- --
NO N/A B15.70 VT PRESSURE RETAINING 3OUNDARIES PAGE: II-20
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CUDS 2 COMPONENTS PRESSURE VESSELS (RH)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD PCMARKS LE128001A -- --
NO N/A C1.10 VO/SU/VT REAT EXCHANGER C1.20 C1.30 C2.21 C2.22 C3.10 l C7.10 1E128001B -- --
NO N/A C1.10 VO/SU/VT HEAT EXCHANGER C1.20 ,
C1.30 C2.21 C2.22 C3.10 C7.10 s
l l
l l
l PAGE: II-21
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 51 CLASS 2 CCNPONENTS COMPONENT COOLING (CC)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SI .*.E PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REPARMS LCC428 10.00 0100 010S CS/0.500 YES IWC-1222(C) OPERATING P&T N/A N/A
- CC42C 6.00 0100 0105 CS/0.562 YES IWC-1222(C) OPERATING P&T N/A N/A 1CC43D 6.00 0100 0120 CS/0.432 YES IWC-1222(C) OPERATING P&T N/A N/A iCC43E 10.00 0100 0120 CS/0.044 YES IWC-1222(C) CPERATING P&T N/A N/A iCC44A 8.00 0100 0105 CS/0.322 YES IWC-1222(C) OPERATING P&T N/A N/A iCC46C 0.00 0100 0120 CS/0.594 YES IWC-1222(C) OPERATING P&T N/A N/A PAGE
- II-22
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UN!T 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLA'J (REVISION 5)
CLASS 2 COMPONENTS CYCLED CONDENSATE STORAGE (CY)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMAKKS ICY 20B 6.00 0115 0100 CS/0.280 YES IWC-1222tC) OPERATING PET N/A N/A i
PAGE: II-23
S K
R A
M E
R D
- 5) E MO _
D AH ._
N OXT A A O CEE / /
1 I I M N N S C TL I F O YINVA EV N
(
I N E X FA UR E R P M M NNT
(
U S CE A A N AE T / /
I CC ION I
NA A SI N N E
I T L L R
E E TA AR P C L
B OW SE N &
A P R Y OI S T G T
S ENWE TAEN I N T T IOT O P N N L P P N I O O I NN D M A P M O C S GG L
L OO X O L I N N I I INET C E C O S A
T T A A IS E 2 O B R R 4 L C P E E 2 C I S N P P -
V S L O O O I R
E IA EU I T ) )
I SN C E P :
M C( C( E I E 2 2 G X 2 2 A E 2 2 P 1 1 C C NW I I T
P M S S E E E X Y Y E
/ S 5 2 LS 6 2 AE 3 3 I N R K 0 0 E C / /
T I S S AH S S MT P
X M 0 0 AE 2 2 _
MT 1 0 0 1
S _
S 0 0 XE 1 1 AR 0 1 MP 0 0 0 0 E EE 0 0 P NZ 0 8 I I I 1 P L S 4r _
I 0 B 1 ?
E 0 l C C ._
F ._
F_ -
TABLE II i
ILLINOIS PCCfER COMPANY
{ CLINTON POWER STATION UNIT 1 SECOND TEM YEAR INTERVAL INSERVICE EXAMIr4ATION PLAN (REVISION 5)
CLASS 2 COMPONENTS i
FIRE PROTECTION (TP)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REPMKS 1EP01D 10.00 0130 0095 CS/0.365 YES IWC-1222(C) OPERATING PET N/A N/A 1FP01F 10.00 0130 0095 CS/0.365 YES IWC-1222(C) OPERATING P&T N/A N/A 1FP49G 6.00 0130 0095 CS/0.280 YES IWC-1222(C) OPERATING P&T N/A N/A a
PAGE: II-25
_ - _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - - _ _ _ _ _ _ _ _ - _ _ _ _ - - - _ - - __ _ _ - - - _ _ _ _ _ _ _ _a
TAB J II ILLINOIS POWER C04PANY CLINTGi POhT.R STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CIASS 2 COMPONENTS FEEDWATER (IM)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS 1Ewo2FA 20.00 1150 0425 CS/1.969 NO N/A C5.51 VO/SU LEWO2FB 20.00 IISO 0425 CS/1.969 NO N/A C5.51 VO/SU PAGE: II-26
.. . . ~ . -- . - . . . - . ..-. --. .. . .
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS COMBUSTIBLE GAS CONTROL (HG)
PIPE ASME CCDE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO Mr.THOD REMARKS IHG05AA 6.00 0003 0310 CS/0.280 YES IWC-1222(d) N/A N/A LHG05AB 6.00 0003 0310 CS/0.280 YES IWC-1222(d) N/A N/A iHG05aA 6.00 0003 0310 CS/0.280 YES IWC-1222(d) N/A N/A LHG05BB 6.00 0003 0310 CS/0.200 YES IWC-1222(d) N/A N/A IHGOSCA 6.00 0003 0310 SS/0.432 YES IWC-1222(d) N/A N/A
'HG05CB
. 6.00 0003 0310 SS/0.432 YES IWC-1222(d) N/A N/A IHG06AA 10.00 0003 0310 CS/0.365 YES IWC-1222(d) N/A N/A LHG06AB 10.00 0003 0310 CS/0.365 YES IWC-1222(d) N/A N/A 1HG06AC 10.00 0003 0310 CS/0.365 YES IWC-1222{d) N/A N/A LHG06AD 10.00 0003 0310 CS/0.365 YES IWC-1222(d) N/A N/A PAGE: II-27
- . - . .- - - ~ .
. TABLE II ILLINOIS POWER CC24PANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLN4 (REVISION 5)
CLASS 2 COMPONENTS HIGH PRESSURE CORE SPRAY (HP)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS LHP01A 20.00 0025 0185 SS/0.875 YES IWC-1221(f) N/A N/A 1HP018 20.00 0025 0185 CS/0.375 NO N/A C5.51 VO/SU lHP01C 24.00 0025 0185 CS/0.375 NO N/A C5.51 VO/SU LHP02A 14.00 1200 0185 CS/1.094 NO N/A C5.51 VO/SU C3.20 LHP028 10.00 1170 0185 CS/0.844 NO N/A C5.51 VO/SU
'1H P02 F 16.00 1200 0185 CS/1.219 NO N/A C5.51 VO/SU LHP05B 16.00 0025 0120 SS/0.375 NO N/A C5.11 VO/SU iHP05C 16.00 0025 0185 CS/O.375 NO N/A C5.51 VO/SU LHP18A 12 00 1200 0185 CS/1.000 NO N/A C5.51 VO/SU LHP188 12.00 0025 0120 CS/0.375 YES IWC-1221(f) N/A N/A LHP18C 12.00 0025 0120 SS/0.625 YES IWC-1221(f) N/A N/A lHPIBD 10.00 1200 0185 CS/0.044 NO N/A C5.51 VO/SU 1HP18E 10.00 0025 0120 CS/0.365 YES IWC-1221(f) N/A N/A LHP18F 12.00 1200 0185 CS/1.000 NO N/A C5.51 VO/SU 1HP10G 12.00 0025 0120 CS/0.688 YES IWC-1221(f) N/A N/A lHP19A 10.00 1200 0185 CS/0.844 NO N/A C5.51 vo/SU s
6 PAGE: II-28
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXMtINATION PIRI (REVISION 5)
CLASS 2 CCHPONENTS ,
MSIV LEAKAGE CONTROL (IS)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS IIS24A 8.00 0003 0178 CS/0.322 YES IWC-1222(C) OPERATING P&T N/A N/A i
PAGE: II-29
TABLE II ILLINOIS FOWER CQ4PANY CLINTON POWER STATICN UNIT 1 SECOtJD TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 C04PONENTS LOW PRESSURE CORE SPRAY (LP)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS LE MPT EXEMPTION BASIS ITEM NO METHOD REMARKS ILP01A 20.00 0050 Oles SS/0.875 NO N/A C5.11 VO/SU ILP01B 20.00 0050 0185 CS/0.375 NO N/A C5.51 VO/SU iLP02A 12.00 0385 0185 CS/0.406 NO N/A C5.51 VO/SU C3.20 iLP02 3 14.00 0385 0185 CS/0.438 NO N/A C5.51 V0/SU iLPO!E 10.00 0385 0185 CS/0.365 No N/A C5.51 VO/SU ILP05A 16.00 0050 0105 CS/0.375 NO N/A C5.51 VO/SU iLP18A 10.00 0385 0185 CS/0.365 NO N/A C5.51 VO/SU ILP188 10.00 0050 0185 CS/0.365 YES IWC-1221(f) N/A N/A t
PAGE: II-30
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS MAIN STEAM (MS)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS IMS01EA 24.00 0982 0544 CS/1.219 NO N/A C5.51 VO/SU IMS01EB 24.00 0982 0544 CS/1.219 NO N/A C5.51 VO/SU 1MS01EC 24.00 0982 0544 CS/1.219 NO N/A C5.51 VO/SU IMS01ED 24.00 0992 0544 CS/1.219 NO N/A C5.51 VO/SU PAGE: II-31
+
________________________________m_________ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ______ _ _ _ _ _ _ _ _ _ _ _
TABLE II ILLINOIS POWER CatPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 CCNPONENTS RESIDUAL HEAT REMOVAL (RH)
FI PE ASME CODE LINE MAX MAX KATERIAL/ SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS 1RH01AA 20.00 0025 0185 SS/0.875 NO N/A C5.11 VO/SU LRH01AB 20.00 0025 0185 SS/0.875 NO N/A C5.11 VC/SU LRH01AC 20.00 0025 0185 SS/0.875 NO N/A C5.11 VO/SU 1RH01BA 20.00 0150 0344 CS/0.375 NO N/A C5.51 VO/SU C3.20 iRH01BB 20.00 0250 0344 CS/O.375 NO N/A C5.51 VO/SU LRH01BC 20.00 0055 0185 CS/0.375 NO N/A C5.51 VO/SU 1RH02AA 14.00 0381 0344 CS/0.438 NO N/A C5.51 VO/SU 1RH02AB 14-00 0381 0344 CS/0.438 NO If/A C5.51 VO/SU 1RH03AA 14.00 0381 0300 CS/0.438 NO N/A C5.51 VO/SU C3.20 1RH03AB 14.00 0381 0300 CS/0.438 NO N/A C5.51 VO/SU 1RH0 DA 12.00 0381 0185 CS/0.406 NO t/A C5.51 VO/SU C3.20 iRH03BB 12.00 0301 0185 CS/0.375 NO N/A C5.51 VO/SU C3.20 1RH03EA 18.00 0381 0344 CS/0.562 NO N/A C5.51 VO/SU 1RH03EB 18.00 0381 0344 CS/0.562 NO N/A C5.51 VO/SU 1RH03FB 12.00 0381 0185 CS/0.406 NO N/A C5.51 VO/SU LRH04A 14.00 0304 0185 CS/0.438 NO N/A C5.51 VO/SU C3.20 1RH04 D 12.00 0304 0185 CS/0.406 NO N/A C5.51 VO/SU ;
1RH06A 16.00 0150 0344 CS/0.375 NO N/A C5.51 VO/SU C3.20 1RH07A 16.00 0150 0344 CS/0.375 NO N/A C5.51 VO/SU ;
1RH07B 18.00 0150 0344 CS/0.375 NO N/A C5.51 VO/SU i
1RH07C 16.00 0150 0344 CS/0.375 NO N/A C5.51 VO/SU 1RH08A 14.00 0150 0344 CS/0.375 NO N/A C5.51 VO/SU PAGE: II-32
_ _ _ _ _ . . _ _ m .._ ._. ._ . _ _ _ _
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXR4INATION PLAN (REVISION 5)
CLASS 2 COMPONENTS RESIDUAL HEAT REMOVM. (RH)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS C3.20
- RH09B 14.00 0055 0100 CS/0.375 NO N/A C5.51 VO/SU 1RH09B 18.00 0150 0344 CS/0.375 NO N/A C5.51 VO/SU C3.20 1RH22AA 14.00 0381 0344 CS/0.438 NO N/A C5.51 VO/SU C3.20 C5.81 1RH22AB 14.00 0381 0344 CS/0.438 NO N/A C5.51 VO/SU C3.20 C5.81
- RH22BA 18.00 0381 0344 CS/0.562 NO N/A C5.51 VO/SU LRH22BB 18.00 0381 0344 CS/0.562 NO N/A C5.51 VO/SU LRH27C 6.00 0025 0185 CS/0.280 YES IWC-1221(f) N/A N/A 1RH28B 6.00 00.0 0140 CS/0.280 YES IWC-1221(f) N/A N/A 1RH28C 6.00 00.0 0140 SS/0.280 YES IWC-1221(f) N/A N/A 1RH29DA 6.00 0301 0308 CS/0.200 NO N/A C5.51 VO/SU C5 81 1RH29DB 6.00 0381 0388 CS/0.200 NO N/A C5.51 VC/SU 1RH29EA 14.00 0381 0388 CS/0.438 NO N/A C5.51 VO/SU C5.81 1RH29EB 14.00 0301 0368 CS/0.438 NO N/A C5.51 VO/SU C5.81 1RH29GA 6.00 0381 0388 CS/0.432 NO N/A C5.51 VO/SU 1RH29GB 6.00 0381 0300 CS/0.200 NO N/A C5.51 VO/SU t
1RH30AA 8.00 0381 0380 CS/0.500 NO N/A C5.51 VO/SU C5.81 1RH30AB . 8.00 0381 0388 CS/0.322 NO N/A C5.51 VO/SU C5.81 LRH30BA 12.00 00.0 0148 CS/0.375 YES IWC-1221(f) N/A N/A PAGE: II-33
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PIRI (REVISION 5)
CLASS 2 COMPONENTS RESIDUAL HEAT REMOVAL (RH)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BAS!b ITEM NO METHOD REMARKS LRH30BB 12.00 00.0 0148 CS/0.375 YES IWC-1221(f) N/A N/A
- RH30CA 12.00 00.0 0148 SS/0.625 YES IWC-1221(f) N/A N/A 1RH30CB 12.00 00.0 0148 SS/0.625 YES IWC-1221(f) N/A N/A LRH30DA 12.00 00.0 0148 CS/0.668 YES IWC-1221(f) N/A N/A 1RH30CB 12.00 00.0 0148 CS/0.688 YES IWC-1221(f) N/A N/A 1RH37AA 12.00 0381 0300 CS/0.406 NO N/A C5.51 VO/SU 1RH30AA 14.00 0381 0300 CS/0.438 NO N/A C5.51 VO/SU LRH38AB 14.00 0381 0300 CS/0.438 NO N/A C5.51 VO/SU 1RH38BA 14.00 0025 0185 CS/0.375 YES IWC-1221(f) N/A N/A
- RH38BB 14.00 0025 0185 CS/0.375 YES IWC-1221(f) N/A N/A 1RH38CA 14.00 0025 0185 SS/0.625 YES IWC-1221(f) N/A N/A 1RH38CB 14.00 0025 0185 SS/0.625 YES IWC-1221(f) N/A N/A 1RH38DA 14.00 0025 0185 CS/0.750 YES IWC-1221(f) N/A N/A 1RH38DB 14.00 0025 0185 CS/0.750 YES IWC-1221(f) N/A N/A iRH39A 14.00 0304 0180 CS/0.438 NO N/A C5.51 VO/SU LRH39B 14.00 0025 0148 CS/0.375 YES IWC-1221(f) N/A N/A 1RH39C 14.00 0025 0120 SS/0.625 YES IWC-1221(f) N/A N/A 1RH39D 14.00 0025 0185 CS/0.750 YES IPC-1221(f) N/A N/A 1RH40AA 10.00 0381 0300 CS/0.365 NO N/A C5.51 VO/SU C3.20 1RH40AB 10.00 0381 0300 CS/0.365 NO N/A C5.51 VO/SU C3.20 LRH40BA 10.00 1150 0425 CS/1.125 NO N/A C5.51 VO/SU C3.20 LRH40BB 10.00 1150 0425 CS/1.125 NO N/A C5.51 VO/SU C3.20 1RH50AA 10.00 0381 0185 CS/0.365 NO N/A C5.51 VO/ SU C3.20 PAGE
- II-34
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CIASS 2 COMPONENTS RESIDUAL HEAT RINOVAL (RH)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMI.RKS iRH50AB 10.00 0381 0185 CS/0.365 NO N/A C5.51 VO/SU C3.20 1RH50BA 10.00 0085 0185 CS/0.365 YES IWC-1221(f) N/A N/A 1RH50BB 10.00 0085 0185 CS/0.365 YES IWC-1221(f) N/A N/A LRH50CA 8.00 0085 0185 CS/0.322 YES IWC-1221(f) N/A N/A LRH50CB 8.00 0005 0185 CS/0.322 YES IWC-1221(f) N/A N/A iRH50DA 8.00 0085 0185 CS/0.322 YES IWC-1221(f) N/A N/A 1RH50DB 8.00 0085 0185 CS/0.322 YES IWC-1221(f) N/A N/A 1RH50EA 8.00 0085 0185 CS/0.322 YES IWC-1221(f) N/A N/A 1RH50EB 8.00 0085 0185 CS/0.322 YES IWC-1221(f) N/A N/A 1RH50F 8.00 0005 0185 CS/0.322 YES IWC-1221(f) N/A N/A 1RH50GB 10.00 0381 0185 CS/0.594 NO N/A C5.51 VO/SU 1RH51CA 10.00 0381 0185 CS/0.365 NO N/A C5.51 VO/SU C3.20 1RH51CB 10.00 0381 0185 CS/0.365 NO N/A C5.51 VO/SU C3.20
'RH62A
. 10.00 0025 0185 CS/0.365 YES IWC-1221(f) N/A N/A 1RH97A 10.00 0304 0185 CS/0.365 NO N/A C5.51 VO/SU LRHC6A 16.00 0150 0344 CS/0.375 NO N/A C5.51 VO/SU 1RHE1AA 20.00 0025 0185 CS/0.375 N/A C5.51 VO/SU 1RHE1AB 20.00 0025 G185 CS/0.375 N/A C5.51 VO/SU l
PAGE: II-35
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS REACTOR CORE ISOLATION COOLING (RI)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS 1RIO1B 6.00 0025 0100 SS/0.280 N/A C5.11 VO/SU 1RIO1C 6.00 0060 0170 CS/0.280 N/A C5.51 VO/SU 1RIO2A 6.00 0025 0170 SS/0.432 YES 1WC-1221(f) N/A N/A 1RIO2B t.00 0025 0170 CS/0.280 NO N/A C5.51 VO/SU 1RIO3A 6.00 1280 0170 CS/0.562 NO N/A C5.51 VO/SU C3.20 1RIO4B 8.00 1177 C550 CS/0.500 NO N/A C5.51 VO/SU 1RIO4C 8.00 1177 0550 CS/0.500 NO N/A C5.51 VO/SU 1RIO7A 12.00 0010 0250 CS/0.375 NO N/A C5.51 VO/ SU iRIO8A 12.00 0010 0250 CS/0.375 NO N/A C5.51 VO/SU 1RIO8B 12.00 0010 0250 SS/0.625 YES IWC-1221(f) N/A N/A LRIC8C 12.00 0010 0250 CS/0.688 YES IWC-1221(f) N/A N/A LRI43A 8.00 0010 0250 CS/0.322 NO N/A C5.51 VO/SU C3.20 1RI69A 10.00 1177 0550 CS/0.719
- N/A C5.51 VO/SU PAGE: II-36
TABLE II ILLINOIS POKER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS SERVICE AIR (SA)
PIPE ASME CCDE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD RERMtKS L SA10M 6.00 0120 0120 CS/0.290 YES IWC-1222(c) CFERATING P&T N/A ri/A iSABIB 6.00 0120 0120 CS/0.200 YES IWC-1222(c) OPERATING P&T N/A N/A i
i PAGE: II-37
TABLE II ILLINO!! POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 CCNPONENTS STANDBY LIQUID CONTROL (SC)
PIPE ASME CODE !
LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS LSC01A 6.00 0150 0104 SS/0.280 YES IWC-1222tc) OPERATING PET N/A N/A l
PAGE: II-38
. _= _m . . .. m _. . ..m_ . ~- ._ - - _ _ _ _ -
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS SCRAM DISCHARGE VOLUME (SD)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHCd REMARKS LSD27010 10.00 1250 0280 CS/0.594 NO N/A C5.51 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(O) OF INSERVICE EXAMINATION PLAN.
ISD27012 12.00 1250 0280 CS/0.844 NO N/A C5.51 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(O) OF INSERVICE C3.20 EXAMINATION PLAN.
1SD9010 10.00 1250 0280 CS/0.594 NO N/A C5.51 VO/SU AUGMENTED INSPECTION PFRFORMED PER 1.2(O) OF INSERVICE EXAM! NATION PLAN.
iSD9012 12.00 1250 0280 CS/0.844 NO N/A C5.51 VO/SU AUGMENTED INSPECTION PERFORMED PER 1.2(O) OF INSERVICE C3.20 EXAMINATION PIAN.
PAGE: II-39
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TABLE II ILLINOIS PCWEP. COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PIJd4 (REVISION 5)
CLASS 2 CCt4PONENTS SUPPRESSION POOL CLEANUP & TRANSFER PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN S!'E PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS iSr01E 10.00 0101 0095 CS/0.365 YES IWC-1222(c) CPERATING PET N/A N/A 15r01r 12.00 0101 0095 CS/0.375 YES IWC-1222(c) OPERATING P&T N/A N/A ISF01G 12.00 0101 0095 SS/0.406 YES IWC-1222(c) OPERATING PET N/A N/A iSF02A 12.00 0040 0095 SS/0.406 YES IWC-1222{c) OPERATING P&T N/A N/A P3GE: II-40
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION P1AN (REVISION 5)
CLASS 2 COMPCNENTS SUPPRESSION POOL MAKEUP (SM)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS LSM01AA 24.00 0035 0150 SS/0.375 YES IWC-1222(c) OPERATING P&T N/A N/A LSM01AE 24.00 0035 0150 SS/0.375 YES IWC-1222(c) OPERATING PET N/A N/A ISM 01BA 24.00 0035 0150 CS/0.375 YES IWC-1222(c) OPERATING PET N/A N/A ISM 01BB 24.00 0035 0150 CS/0.375 YES INC-1222(c) OPERATING P&T N/A N/A PAGE: II-41
TABLE II ILLINOIS POWER CCQtPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 CCNPONENTS DRYWELL CHILLED NATER (VP)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THIClNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD RDMRKS LVP02BA 10.00 0135 0045 CS/0.365 YES IWC-1222(c) OPERATING P&T N/A N/A LVP02BB 10.00 0135 0045 CS/0.365 YES IWC-1222(c) OPERATING PET N/A N/A LVP03PA 10.00 0135 0045 CS/0.365 YES IWC-1222(c) OPERATING P&T N/A N/A iVP03DB 10.00 0135 0045 CS/0.365 YES IWC-1222(c) OPERATING P&T N/A N/A PAGE: II-42
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EKAMINATION PIR4 (REVISION 5)
CLASS 2 CCNPONENTS !
DRYNELL PURGE (VQ)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXM4 EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REPARKS
- VQOIA 24.00 0002 0150 CS/0.375 YES IWC-1222fc) OPERATING PET N/A N/A IVQO2A 24.00 0002 0150 CS/0.375 YES IWC-1222(c) OPERATING PET N/A N/A LVQO2B 36.00 0002 0150 CS/0.375 YES IWC-1222(c) OPERATING P&T N/A N/A LVQ05A 36.00 0002 0150 CS/0.375 YES IWC-1222(c) OPERATING P&T N/A N/A LVQ13A 10.00 0002 0185 CS/0.365 YES IWC-1222(c) OPERATING P&T V/A N/A IVQ19A 24.00 0003 0150 CS/0.375 YES IWC-1222(c) OPERATING P&T N/A N/A i
4 l
PAGE: II-43
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLM1 (REVISION 5)
CLASS 2 CCNPCHENTS CONTAINMENT HVAC (VR)
PIPE ASME CODE LINE RU MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS
- VRO1B 36.00 0002 0110 CS/0.375 YES IWC-1222(c) OPERATING P&T N/A N/A
- VR090 12.00 0003 0130 CS/0.375 YES IWC-1222(c) OPERATING P&T N/A N/A LVR14A 12.00 0003 0150 CS/0.375 YES IWC-1222[c) OPERATING P&T N/A N/A PAGE
- II-44
- .- - .__..._m. __ _.._o-m _m _&_ .___.. .-- _ _ _ _ . _ _ _ _ _ _ _ . . _ _ .
TABLE II ILLINOIS POWER COMPANY CLINTON PCNER STATION UNIT 1 SECOND TEN (EAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 CCHPONENTS PLANT CHILLED HATER (WO)
PI PE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXN1 EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REPARKS iWCHIC 10.00 0205 0060 CS/0.365 YES IWC-1222(c) OPERATING P&T N/A N/A LWCK3B 6.00 0205 0060 CS/0.280 YES IWC-1222(c) OPEPATING P&T N/A N/A iWOK3C 10.00 0205 0060 CS/0.365 YES INC-1222(c) OPERATING P&T N/A N/A s
t PAGE: II-45
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5}
CLASS 2 COMPONENTS ALL SYSTEM PIPINGS PI PE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS , ITEM NO METHOD RERVKS U.L -- --
NO N/A C7.30 VT PRESSURE RETAINING 10UNDARIES h
PAGE: II-46
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 CCNPONENTS PUMPS PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS LC41C001A -- --
YES IWC-1222(a) SIZE N/A N/A iC41C001B -- --
YES IWC-1222(a) SIZE N/A N/A 1E12C002A -- --
NO N/A C6.10 SU 1E12C002B -- --
NO N/A C6.10 SU LE12C002C -- --
NO N/A C6.10 SU LE12C003 -- --
YES IWC-1221(a) N/A N/A 1E21C001 -- --
NO N/A C6.10 SU 1E21C002 -- --
YES 1WC-1221(a; N/A N/A 1E22C001 -- --
NO N/A C6.10 SU 1E22C003 -- --
YES IWC-1221(a) N/A N/A 1E51C001 -- --
NO N/A C6.10 SU C3.30 1E51C003 -- --
YES 1WC-1221(a) N/A N/A ALL -- --
NO N/A C3.30 SU INTEGRALLY ELDED NTTACHMENTS
- LL -- --
NO N/A C7.50 VT PRESSURE RETAINING ROUNDARIES i
PAGE: II-47
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 2 COMPONENTS VALVES PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS ALL -- --
NO N/A C3.40 SU
- NTEGRALLY MELDED
- TTACHMENTS
%LL -- --
NO N/A C7.70 VT PRESSURE -
4ETAINING 3OUNDARIES 4
L PAGE: II-48
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TABLE II ILLINOIS POWER CQ4PANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 3 CN PONENTS CCt4PONENT COOLING (CC)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE FRESS TEMP THICIC4ESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS LCCO2FA 14.00 0100 0105 CS/0.375 YES IWD-1220.2 N/A N/A iCCO2FB 14.00 0100 0105 CS/0.375 YES IWD-1220.2 N/A N/A 1CC03AA 14.00 0100 0120 CS/0.375 YES IWD-1220.2 N/A N/A LCC03AB 14.00 0100 0120 CS/0.375 YES IWD-1220. 2 N/A N/A iCC65AA 14.00 0100 0105 CS/0.375 YES IWD-1220.2 N/A N/A iCC65AB 14.00 0100 0105 CS/0.375 YES IWD-122 0. 2 N/A N/A LCC67AA 14.00 0100 0120 CS/0.375 YES IWD-1220.2 N/A N/A LCC67AB 14.0C 0100 0120 CS/0.375 YES IWD-1220.2 N/A N/A PAGE: II-50
TABLE II ILLINOIS POWER CO2(PANY CLINTON POWER STATICN UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
C1 ASS 3 COMPONENTS EXTEL POOL COOLING & CLEANUP (FC) l PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS 1FC01BA 10.00 0010 0120 SS/0.365 YES IWD-1220.2 N/A N/A 1FC0138 10.00 0010 0120 SS/0.365 YES IND-1220.2 N/A N/A LFC01C 10.00 0010 0120 SS/0.365 YES IND-1220.2 N/A N/A iFC01E 10.00 0019 0120 SS/0.365. YES IWD-1223.2 N/A N/A 1FC01FA 10.00 001? 0120 SS/0.365 YES IWD-1220.2 N/A N/A LFC01FB 6.00 0019 0120 SS/0.280 YES IWD-122 0. 2 N/A- N/A LFC01GA 12.00 0010 0120 SS70.406 YES !WD-1220.2 N/A N/A 1FC01GB 12.00 0010 0120 SS/0.406 YES IWD-1220. 2 N/A N/A LFC01H 12.00 0010 0120 SS/0.406 YES IWD-122 0. 2 N/A N/A 1FC07AA 14.00 0019 0120 SS/0.375 YES IWD-1220.2 N/A N/A LFC07AB 14.00 C019 0120 SS/0.375 YES IWD-1220.2 N/A N/A LFC07B 16.00 0019 0120 SS/0.375 YES IWD-122 0. 2 N/A N/A 1FC07CA 14.00 0019 0120 SS/0.375 YES IWD-122 0. 2 N/A N/A 1FC07CB 14.00 0019 0120 SS/0.375 YES IND-122 0.2 N/A N/A iFC08A 16.00 0110 0100 CS/0.375 YES IWD-1220.2 N/A N/A LFC09AA 14.00 0110 0120 SS/0.375 YES IWD-1220.2 N/A N/A 1FC09AB 14.00 0110 0120 SS/0.375 YES IWD-1220.2 N/A N/A 1FC09BA 8.00 0110 0120 SS/0.322 YES IWD-1220.2 N/A N/A LFC09BB 12.00 0110 0120 SS/0.406 YES IWD-1220.2 N/A N/A LFC09CA 12.00 0110 0120 SS/0.406 YES IWD-1220.2 N/A N/A 1FC09CB 8.00 0110 0120 SS/0.322 YES IWD-1220.2 N/A N/A 1FC09DA 14.00 0110 0120 SS/0.375 YES IND-1220.2 N/A N/A 1FC09DB 14.00 0110 0120 SS/0.375 YES IWD-1220.2 N/A N/A LFC10AA 9.00 0110 0120 SS/0.322 YES IWD-1220.2 N/A N/A 1FC10AB 9.00 0110 0120 SS/0.322 YES IWD-1220.2 N/A N/A 1FC30B 8.00 0110 0120 SS/0.322 YES IWD-1220.2 N/A N/A LFC12C 6.00 0110 0120 SS/0.322 YES IWD-122 0. 2 N/A N/A 1FC12DA 8.00 0110 0120 SS/0.322 YES IMD-122 0. 2 N/A. N/A PAGE: II-51
.- ... __. -- .. . < .- - .-. ~ - ._ . ... -
TABLE II ILLINOIS POWER CCMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATICN PLAN (REVISION 5)
CIASS 3 CCHPONENTS EUEL POOL COOLING & CLEANUP (FC)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT r.XEMPTION BASIS ITEM NO METHOD REMARKS 1FC12DB 8.00 0110 0120 SS/0.322 YES IWD-1220.2 N/A 4 'A 1FC14AA 14.00 0110 0120 SS/0.375 YES IWD-1220. 2 N/A N/A LFC14AB 14.00 0110 0120 SS/0.375 YES IWD-1220.2 N/A N/A
- FC148 16.00 0110 0120 SS/0.375 YES IND-1220. 2 N/A N/A 1 FC14 CA 14.00 0110 0120 SS/0.375 YES IWD-122 0. 2 N/A N/A 1FC14CB --
0110 0120 --
N/A VOID PER FECN 15666 (MODIFICATION FC-017) 1FC14CC --
0110 0120 --
N/A VOID PER FECN 15666 (MODIFICATION FC-017)
IFC14CD 14.00 0110 0120 SS/0.375 YES IWD-1220.2 N/A N/A 1FC14D 16.00 0110 0120 SS/0.375 YES IND-1220. 2 N/A N/A 1FC14E 14.00 0110 0120 SS/0.375 YES IWD-1220.2 N/A N/A ;
I FC14 F 14.00 0110 0120 SS/0.322 YES IWD-1220.2 N/A N/A LINE SIZE CHANGED PER FECN 15666 (MODIFICATION FC-017) 1 FC15A 12.00 0110 0120 SS/0.406 YES IWD-122 0. 2 N/A N/A 1FC17A 8.00 0110 0120 SS/0.322 YES IWD-1220.2 N/A N/A 1FC17C 8.00 0110 0120 SS/0.322 YES IWD-122 0. 2 N/A N/A 1FC17D 10.00 0110 0120 SS/0.365 YES IWD-1220.2 N/A N/A 1FC23AA 12.00 0110 0100 SS/0.406 YES IND-1220.2 N/A N/A 1FC23AB 12.00 0110 0100 SS/0.406 YES IWD-1220.2 N/A N/A 1FC23BA 10,.00 0110 0120 SS/0.365 YES IWD-1220.2 N/A N/A 1FC23BB 10.00 0110 0120 SS/0.365 YES IWD-1220.2 N/A N/A 1FC23CA 10.00 0110 0100 SS/0.365 YES IWD-1220.2 N/A N/A 1FC23CB 10.00 0110 0100 SS/0.365 YES IND-122 0. 2 N/A N/A LFC25AA 12.00 0010 0120 SS/0.406 YES IWD-1220.2 N/A N/A 1FC25AB 12.00 0010 0120 SS/0.406 YES IWD-1220.2 N/A N/A LFC27C 6.00 0010 0120 SS/0,200 YES IWD-1220.2 N/A N/A 1FC28AA 6.00 0010 0120 SS/0.280 YES IWD-1220.2 N/A N/A 1FC28AB 6.00 0010 0120 SS/0.280 YES IWD-1220.2 N/A N/A LFC31AA 6.00 0010 0120- SS/0.280 YES IWD-1220.2 N/A N/A 1FC31AB 6.00 0010 0120 SS/0.290 YES IWD-1220.2 N/A N/A PAGE: II-52
TABLE II ILLINOIS POWER CCMFANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISICN 5)
CLASS 3 COMPONENTS E1JEL POOL COOLING & CLEANUP (EU)
PIFE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS LFC37A 6.00 0010 0120 SS/0.200 YES IWD-1220.2 N/A N/A LFC41A 6.00 0010 0120 SS/0.280 YES IWD-1220.2 N/A N/A LFC43AA 12.00 0110 0120 SS/0.406 YES IND-1220.2 N/A N/A LFC43AB 12.00 0110 0120 SS/0.406 YES IWD-1220.2 N/A N/A 1FC44AA 12.00 0110 0120 SS/0.406 YES IMD-1220.2 N/A N/A LFC44AB 12.00 0110 0120 SS/0.406 YES IWD-1220.2 N/A N/A 1FC4;A9 10.00 0110 0120 SS/0.365 YES IWD-1220.2 N/A N/A 1FC47A 6.00 0019 0120 SS/0.280 YES IWD-122 0. 2 N/A N/A LFC479 0.00 0019 0120 SS/ 0. 322 YES IWD-1220.2 N/A N/A 1FC51AA 6.00 0019 0120 SS/0.280 YES IWD-1220.2 N/A N/A LFC51AB 6.00 0019 0120 SS/0,280 YES IWD-1220.2 N/A N/A LFC53AA 6.00 0019 0120 SS/0.280 YES IND-1220.2 N/A N/A
- FC53AB 6.00 0019 0120 SS/0.200 YES IWD-1220.2 N/A N/A LFC55AA 6.00 0019 0120 55/0.280 YES IWD-122 0. 2 N/A N/A 1FC55AB 6.00 0019 0120 SS/0.280 YES IWD-1220.2 N/A N/A LFC57AA 6.00 0019 0120 SS/0.200 YES IWD-1220.2 N/A N/A 1FC57A.9 6.00 0019 0120 SS/0.200 YES IWD-1220.2 N/A N/A LFC57EA 8.00 0019 0120 SS/0.322 YES IWD-1220. 2 N/A N/A 1FC57BB 8.00 0019 0120 SS/0.322 YES IWD-122 0. 2 N/A N/A 1FC59A 6.00 0019 0120 SS/0.280 YES IWD-1220.2 N/A N/A iFC63B 6.00 0019 0120 SS/0.280 YES IWD-1220.2 N/A N/A LEC70A 6.00 0019 0120 SS/0.280 YES IND-1220.2 N/A N/A LFC70B 12.00 0019 0120 SS/0.406 YES IWD-172 0. 2 N/A N/A 1FC70CA 14.00 0019 0120 SS/0.375 YES IWD-1220.2 N/A N/A LFC70CB 14.00 0019 0120 SS/0.375 YES IWD-1220.2 N/A N/A
'FC70DA
. 14.00 0019 0120 SS/0.375 YES IWD-1220.2 N/A N/A 1FC70DB 14.00 0019 0120 SS/0.375 YES IWD-1220.2 N/A N/A LFC70EA 16.00 0019 0120 SS/0.375 YES IWD-122 0. 2 N/A N/A PAGE: II-53
'~'
r-TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATIOt1 PLAN (REVISION 5)
CLASS 3 COMPONENTS TUEL POOL COOLING & CLEANUP (FC)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM No METHOD REMARKS ,
IFC70EB 16.00 0019 0120 SS/0.375 YES IWD-1220.2 N/A N/A 1FC74A 6.00 0019 0120 SS/0.200 YES IWD-1220.2 N/A N/A LFCB3AA 6.00 0110 0100 SS/0.280 YES IND-1220.2 N/A N/A LFCB3AB 6.00 0110 0100 SS/0.200 YES IWD-1220.2 N/A N/A LFCB3BA 8.00 0110 0100 CS/0.322 YES IWD-122 0. 2 N/A N/A 1FCB3BB 8.00 0110 0100 CS/0.322 YES IWD-1220.2 N/A N/A IFCB7A 10.00 0019 0120 SS/0.365 YES IWD-122 0. 2 N/A N/A 1FCBBA 12.00 0110 0100 CS/0.375 YES IND-122 0. 2 N/A N/A LFCS9A 6.00 0110 0100 CS/0.2eo YES IWD-1220.2 N/A N/A 1FCB98 6.00 0110 0100 CS/0.280 YES IWD-1220.2 N/A N/A 1FCB9C 8.00 0110 0100 CS/0.322 YES IND-1220. 2 N/A N/A IFCG9A 6.00 0110 0120 SS/0.280 YES IWD-1220.2 N/A N/A 1FCH9AA 10.00 0110 0120 SS/0.365 YES IWD-1220.2 N/A N/A LFCH9AB 10.00 0110 0120 SS/0.365 YES IWD-1220.2 N/A N/A f
6 PAGE: II-54
. - . . _ - , . . ,. _~. . . . . ~- . -
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 3 COMPONENTS MAIN STEMi (MS)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM
- EIN SIZE PRESS TEMP THICFNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS
- MS14BA 12.00 0570 0494 CS/0.406 YES NO D-A,D-B,D-C WNCTION N/A N/A iMS14BB 12.00 0570 0494 CS/0.406 YES NO D-A,D-8,D-C WNCTION N/A N/A LMS14BC 12.00 0570 0494 CS/0.406 YES NO D-A,D-B,D-C WNCTION N/A N/A iMS14BD 12.00 0570 0494 CS/0.406 YES NO D-A, D-8, D-C WNCTION N/A N/A iMS14CA 10.00 0570 0494 SS/0.500 YES NO D-A,D-B,D-C WNCTION N/A N/A iMS1408 10.00 0570 0494 SS/0.500 YES NO D-A, D-B, D-C WNCTION N/A N/A ,
IMS14CC 10.00 0570 0494 SS/0.500 YES NO D-A,D-B,D-C FUNCTION .N/A N/A iMS14CD 10.00 0570 0494 SS/0.500 YES NO D-A,D B,D-C FUNCTION N/A N/A iMS15BA 12.00 0570 0494 CS/0.406 YES NO D-A,D-B,D-C FLNCTICN N/A N/A iMS15BB 12.00 0570 0494 CS/0.406 YES NO D-A,D-8,D-C WNCTION N/A N/A iMS15BC 12.00 0570 0494 CS/0.406 YES NO D-A,D-B,D-C FUNCTION N/A N/A iMS15BD 12.00 0570 0494 CS/0.406 YES NO D-A,D-B,D-C WNCTION N/A N/A iMS15CA 10.00 0570 0494 SS/0.500 YES NO D-A,D-B,D-C WNCTION N/A N/A iMS15CB 10.00 0570 0494 SS/0.500 YES NO D-A,D-B,D-C FUNCTION N/A N/A iMS15CC 10.00 0570 0494 SS/0.500 YES NO D-A,D-B,D-C FUNCTION N/A N/A LMS15CD 10.00 0570 0494 SS/0.500 YES NO D-A,D-B,D-C. FUNCTION N/A N/A iMS16BB 12.00 0570 0494 CS/0.406 YES NO D-A,D-B,D-C FUNCTION N/A N/A iMS16BC I?.00 0570 0494 CS/0.406 YES NO D-A,D-B,D-C WNCTION N/A N/A iMS16BD 12.00 0570 0494 CS/0.406 YES NO D-A,D-B,D-C FUNCTION N/A N/A iMS16CB 10.00 0570 0494 SS/0.500 YES NO D-A,D-B,D-C FUNCTION N/A N/A iMS16CC 10.00 0570 0494 SS/0.500 YES NO D-A,D-B,D-C WNCTION N/A N/A iMS16CD 10.00 0570 0494 SS/0.500 YES NO D-A, D-8, D-C FUNCTION N/A N/A iMS17BB 12.00 0570 0494 CS/0.406 'YES NO D-A, D-B, D-C FUNCTION N/A N/A iMS17BC 12.00 0570 0494 CS/0.406 YES NO D-A,D-B,D-C FUNCTION N/A N/A iMS17CB 10.00 0570 0494 SS/0.500 YES NO D-A,D-B,D-C FUNCTION N/A N/A iMS17CC 10.00 0570 0494 SS/0.500 YES NO D-A,D-B,D-C FUNCTION N/A N/A iMS18BB 12.00 0570 0494 CS/0.406 YES NO D-A, D-8, D-C WNCTION N/A N/A iMSleBC 12.00 0570 0494 CS/0.406 YES NO D-A, D-B, D-C FUNCTION N/A N/A PAGE: II-55
TABLE II ILLINOIS POWER CCt4PANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5}
CLASS 3 COMPONENTS MAIN STEAM (MS)
PIPE ASME CODE LINE MAX MAX HATERIAL/ SEC XI EXAM EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS iMS18CB 10.00 0570 0494 SS/0.500 YES NO D-A,D-8,D-C IUNCTION N/A N/A iMS18CC 10.00 C570 0494 SS/0.500 YES NO D-A,D-B,D-C WNCTION N/A N/A iMS19BC 12.00 0570 0494 CS/0.406 YES No D-A,D-B,D-C FUNCTION N/A N/A iMS19CC 10.00 0570 0494 SS/0.500 YES NO D-A,D-B,D-C WNCTION N/A N/A iMSC5AA 10.00 CS/0.365 YES NO D-A,D-8,D-C FUNCTION N/A N/A iMSC5AB 10.00 CS/0.365 YES NO D-A, D-8, D-C WNCTION N/A N/A iMSC5AC 10.00 CS/0.365 YES NO D-A,D-B,D-C WNCTION N/A N/A iMSC5AD 10.00 CS/0.365 YES NO D-A,D-B,D-C FUNMION N/A N/A iMSC5AE 10.00 CS/0.365 YES NO D-A,D-8,D-C FUNCTION N/A N/A iMSC5AF 10.00 CS/0.365 YES NO D-A,D-8,D-C FUNCTION N/A N/A iMSCSAG 10.00 CS/0.365 YES NO D-A,D-B,D-C WNCTION N/A N/A iMSC5AH 10.00 CS/0.365 YES NO D-A,D-B,D-C FUNCTION N/A N/A iMSCSAJ 10.00 CS/0.365 YES NO D-A,D-B,D-C FUNCTION N/A N/A iMSCSAK 10.00 CS/C.365 YES NO D-A,D-B,D-C FUNCTION N/A N/A iMSCSAL 10.00 CS/0.365 YES NO D-A,D-B,D-C WNCTION N/A N/N iMSC5AM 10.00 CS/0.365 YES NO D-A,D-B,D-C FUNCTION N/A tJ/A iMSC5AN 10.00 CS/0.365 YES NO D-A,D-B,D-C WNCTION N/A N/A iMSC5AP 10.00 CS/0.365 YES NO D-A,D-8,D-C WNCTION N/A N/A iMSC5AR 10.00 CS/0.365 YES NO D-A,D-8,D-C FUNCTION N/A N/A iMSC5AS 10.00 CS/0.365 YES NO D-A, D-B, D-C FUNCTION N/A N/A f
PAGE: II-56
. ..~. _ - . . - -. . ~ . - -. _ - . . . . . . ...
TABLE II ILLINOIS POWER COGPANY CLINTG4 POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 3 COMPONENTS REACTOR WATER CLEANUP (RT)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI Ey>J4 EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTIO4 BASIS ITEM NO METHOD REMARKS
'1RT01C 6.00 1040 0534 CS/0.562 NO NO D-A,D-B,D-C WNCTION N/A N/A 1RT02F 6.00 1228 0534 CS/0.562 NO NO D-A,D-B,D-C FUNCTION N/A N/A 1RT05FA 6.00 1141 0120 CS/0.562 YES NO D-A,D-B,D-C WNCTION N/A N/A LRTOSFB 6.00 1141 0120 CS/0.562 YES NO D-A,D-B,D-C WNCTION N/A N/A 1RT06A 6.00 1130 0'437 CS/0.562 YES NO D-A D-B,D-C WNCTION N/A N/A 1RT06FA 6.00 1130 0437 CS/0.562 YES NO D-A,D-B,D-C FUNCTION N/A N/A 1RT06FB 6.00 1130 0437 CS/0.562 YES NO D-A,D-B,D-C WNCTIG4 N/A N/A 1RT100A 10.00 0080 0120 CS/0.365 YES NO D-A,D-B,D-C FUNCTION N/A N#A i iRT100B 10.o;; 0?RO 0120 CS/0.365 YES NO D-A,D-B,D-C FUNCTION N/A N/A 1RT20AA 9.00 1208 2120 CS/0.719 NO NO D-A,D-B,D-C FUNCTION N/A N/A 1RT20AB 8.00 1208 0120 CS/0.719 NO NO D-A,D-B,D-C FUNCTION N/A h/A 1RT20BA 8.00 0080 0120 CS/0.322 YES NO D-A,D-B,D-C FUNCTION N/A N/A 1RT20BB 8.00 0080 0120 CS/0.322 YES NO D-A,D-B,D-C FUNCTION N/A N/A s
L PAGE: II-57
j TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
- CLASS 3 COMPONENTS SHUTDOWN SERVICE WATER (SX)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM EIN SI2E PRESS TEMP THICKNCSS EXEMPT EXEMPTION BASIS ITEM NO METHOD REF' jut KS iSX01AA 30.00 0120 0095 CS/0.375 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
iSX01AB 30.00 0120 0095 CS/0.375 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
ISX01AC 10.00 0090 0095 CS/0.365 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
- SX02AA 30.00 0120 0095 CS/0.375 NO N/A D2.20 VT LSXO2AB 30.00 0120 0095 CS/0.375 NO N/A D2.20 VT iSX02AC 10.00 0090 0095 CS/0.365 No N/A D2.20 VT ISXO2BA 18.00 0120 0095 CS/0.375 NO N/A D2.20 VT iSX02BB 18.00 0120 0095 CS/0.375 NO N/A D2.20 VT iSX02CA 8.00 0120 0095 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
iSXO2CB 8.00 0120 0095 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
iSXC2CC 9.00 0090 0095 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
ISXO3AA 18.00 0120 0110 CS/0.375 NO N/A D2.20 VT iSX03A9 18.00 0120 0110 CS/0.375 NO N/A D2.20 VT iSXO3BA 30.0J 0120 0110 CS/0.375 NO N/A D2.20 VT iSXO3Bb 30.00 0120 0110 CS/0.375 NO N/A D2.20 VT iSX04AA 9.N 0120 0110 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
ISXO4AB 8.00 0120 0110 CS/0.322 NO N/A D2.20 VT iSXO4AC 8.00 0090 0110 CS/0.322 NO N/A D2.20 VT l
iSXO4B 10.00 0090 0110 CS/0.365 NO N/A D2.20 VT iSXO6AA 20.00 0120 0095 CS/0.375 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
LSXO6AB 20.00 0120 0095 CS/0.375 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
1SXO6AC 8.00 0090 0095 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
1SXO9A 16.00 0120 0095 CS/0.375 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
ISX10AA 18.00 0120 0095 CS/0.375 YES N/A N/A NO INTEGRAL ATTACID4ENTS ON THIS LINE.
ISX10AB 10.00 0120 0095 CS/0.375 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
1SX10BB 12.00 0120 0095 CS/0.375 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
LSX11AA 14.00 0120 0095 CS/0.375 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
iSX11AB 14.00 0120 0095 CS/0.375 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
PAGE: II-58
TABLE II ILLINOIS POWER CCHPANY CLINTCt3 POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CLASS 3 COMPONENTS SHUTDOWN SERVICE WATER (SX)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EXAM i EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS iSX13AA 8.00 0120 0095 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
iSX13AB 8.00 0120 0095 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
iSX15AA 6.00 0120 0095 CS/0.200 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
iSX16A 6.00 0120 0095 CS/0.200 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
ISX17AA 6.00 0120 0110 CS/0,280 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
ISX182A 12.00 0120 0095 CS/0.375 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
iSX18B 6.00 0120 0110 CS/0,280 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
ISX20AA 8.00 0120 0110 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
iSX20AB 8.00 0120 0110 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
ISX26AA 20.00 0120 0095 CS/0.375 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
1SX26AB 20.00 0120 0095 CS/0.375 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
iSX26AC 8.00 0090 0095 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
ISX27AA 14.00 0120 0110 CS/0.375 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
ISX27AB 14.00 0120 0110 CS/0.375 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
ISX29CA 6.00 0120 0110 CS/0.280 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
ISX29CB 6.00 0120 0110 CS/0.280 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE. '
iSX32AA 8.00 0120 0095 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
ISX32AB 8.00 0120 0095 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
iSX33AA 8.00 0120 0110 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
ISX33AB 8.00 0120 0110 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS !.INE.
1SXK3AA 10.00 0120 0095 CS/0.365 YES N/A N/A NO INTEGRAL ATTACHMENTS ON 'iHIS LINE. [
iSXK3AB 10.00 0120 0095 CS/0.365 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE. r 2SX13AA S.00 0120 0095 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
2SX13AB 8.00 0120 0095 CS/0.322 YES N/A N/A NO INTEGRAL ATTACHMENTS ON THIS LINE.
t i
PAGE: II-59 i
TABLE II ILLINOIS POWER COMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CI/.'tS 3 CCEPONENTS CONTAOL ROOM HVAC (VC)
PIPE ASME CODE LINE MAX MAX MATERIAL / SEC XI EyJ-N EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTIOb BASIS ITEM NO METHOD REMARKS JVCO2AA 6.00 0065 0100 CS/0.280 YES IWD-1220.2 N/A N/A JVCO2AB 6.00 0065 0100 CS/0.200 YES IWD-1220.2 N/A N/A JVCO3AA 6.00 0065 0100 CS/0.290 YES IWD-1220.2 N/A N/A JVC03AB 6.00 0065 0100 CS/0,280 YES IWD-1220,2 N/A N/A JVC04AA 6.00 0065 0100 CS/0.200 YES IND-1220.2 N/A N/A JVC04AB 6.00 C065 0100 CS/0.290 YES IWD-1220.2 N/A N/A JVC05CA 6.00 0065 0100 CS/0.200 YES IND-1220. 2 N/A N/A JVC05CB 6.00 0065 0100 CS/ 0.?80 l YES IWD-1220.2 N/A N/A JVC110AA 8.00 0065 0100 CS/0.322 YES IWD-1220.2 N/A N/A
. IVC 28AA 18.00 0055 0100 .CS/0.375 YES IWD-1220.2 N/A N/A
?vC28AB 18.00 0065 0100 CS/0.375 YES IWD-1220.2 N/A N/A JVC30AA 8.00 0065 0100 CS/0.322 YES IWD-1220.2 N/A N/A JVC30AB 8.00 3065 0100 C.c ' : . J2 2 YES IWD-1220.2 N/A N/A l
PAGE: II-60
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TABLE II ILLINOIS PCHER CCMPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTERVAL INSERVICE EXAMINATION PLAN (REVISION 5)
CIASS 3 CQ4PONENTS PUMPS
IPE r ASMF. l CODE LINE MAX MAX MATERIAL / SEC XI Ev?A EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS M.L -- --
NO N/A SEE VT ASME SECTION XI ITEM NO D1.20 THROUGH D1.60, D2.20 INTEGRALLY REMARKS THROUGH D2.60, OR D3.20 THROUGH D3.60, AS APPLICABLE.
TELDED NTTACHMENTS M.L -- -- NO N/A D1.10 VT SYSTEM INSERVICE TEST OR FUNCTIONAL TEST EVERY PRESSURE D2.10 INSPECTION PERIOD.
sETAINING D3.10 3OUNDARIES i
l PAGE: II-62
_ ~. n w - . , w - __ - ~ . _ . . . . _ - , _
. = . . ~ .. .. . . - _ , . - . .~ - .. -~ .- . _. - . . . .
TABLE II ILLINOIS MIER C04PANY CLINTCH PG,ER STATION UNIT 1 SECOND 1EN YEAR INTERVAL INSERVICE EXAMINP. TION PIAN (REVISION 5)
CLASS 3 CQ4PON^.NTS VALVES PIPE LINE MAX MAX !4ATERIAL/ SEC XI ASME CODE EXAM
]
EIN SIZE PRESS TEMP THICKNESS EXEMPT EXEMPTION BASIS TTEM NO METHOD REMARKS
- LL -- --
NO N/A DI .: 0 VT SYSTEM INSERVICE TEST OR FUNCTIONAL TEST EVERY PRESSURE D2.30 INSPECTION PERIOD.
RETAINING D3.1D 3OUNDARIES l ,
l l
PAGE: II-63
~fAsLE lI ILLINOIS POWER CCHPANY CLINTON POWER STATION UNIT 1 SECOND TEN YEAR INTEn.'J.,
INSERVICE EXAMINATION PLAN tREVISION 5)
CLASS 1, 2 AND 3 COMPONENT SUPPORTS PIFE ASME CODE l
LINE MAX l MAX MATERIAL / SEC XI Ey>M EIN SIZE PR*.SS TEMP THICVNESS EXEMPT EXEMPTION BASIS ITEM NO METHOD REMARKS EL -- --
NO N/A SEE VT ASME SEC XI ITEM NO Pl.10 THROUGH F1.4 0, AS APP'ICABLE.
J
'OMPONENT REMARKS SUPPORTS OF THOSE 2CMPONENTS
' JOT LISTED LS EXEMPT IN THE INSERVICE I.XAMINATION PLAN PAGE: II-64
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i TABLE III CLINTON POWER STATION UNIT I PIPING LINE LIST REFERENCES Q:\NSED\DRPTDOCS\ ADMIN \ STAFF \ JANE \ APPEND 4 III I
e System P&ID Piping Line Number List Revision Date Reactor Recirculation - RR/B33 M05-1072 04/08/86 Reactor Water Clean-up - RT/G33/G36 M05-1076 12/12/94 Service Air - SA M05-1048 Standby Liquid Control - SC 10/24/94 M05-1077 04/08/86 Suppression Pool Clean-up & Transfer - SF M05-1060 04/08/86 Suppression Pool Makeup System - SM M05-1069 06/04/91 Screenwash - SW M05-1051 Shutdown Water System - SX 12/24/87 M05-1052 02/20/96 l Turbine Generator Misc. Vents & Drain - TD M05-1011 12/20/95 Turbine Rad. Off-Gas Control & Diesel Gen. i Bldg. Equipment Drains - TE I M05-1053 08/03/95 l Floor Drains - TF M05-1054 02/21/92 Filtered Water - TW M05-1058 06/04/91 Control Room HVAC - VC M05-1102 02/25/88 Diesel Generator Room HVAC - VD M05-1103 11/18/85 !
Fuel Bldg. HVAC - VF M05-1104 Standby Gas Treatment - VG 05/10/84 M04-1105 02/25/88 Pump House HVAC - VH M05-1106 05/03/84 Machine Shop HVAC - VJ M05-1107 11/05/82 Lab & Counting Rm. Humid. Steam - VL M05-1118 05/03/84 Chilled Water - VP M05-1109 06/04/91 Drywell Purge - VQ M05-1110 02/03/88 Containment Bldg. Ventilation - VR M05-1111 02/27/88 Chilled Water - VS M05-1112 06/04/91 Misc. Vents - VV M05-1119,1120, ,
4 1122,1117 11/04/87 l Radwaste Bldg. HVAC - VW M05-1114 05/13/84 l Essential Switchgear Heat Removal - VX M10-9115 11/04/87 Potable Water - WD M05-1061 11/04/87 l Equipment Drain Radwaste Reprocessing & l Disposal - WE M05-1085/2085 09/13/93 l Floor Drain Radwaste Reprocessing &
Disposal - WF M05-1086/2086 11/04/87 Makeup Water Pump House - WM M05-1055 12/08/93 Chilled Water - WO M05-1117 06/04/91 Plant Service Water - WS M05-1056 12/20/93 Turbine Bldg. Closed Cooling Water - WT M05-1057 05/03/84 Solid Radwaste Collection & Processing - WX M05-1089 06/17/91 Laundry Equipment & Floor Drain - WY M05-1088 05/15/87 Chemical Radwaste Processing - WZ M05-1087-2087 11/04/87 Q:\NSED\DRFTDOCS\ ADMIN \ STAFF \ JANE \ APPEND 4 III-2
System P&ID Piping Line Number List Revision Date l
Acid Handling - AC M05-1030 Auxiliary Steam - AS 05/28/91 M05-1031 02/20/96 Condenser Vacuum - CA M05-1018 06/04/91 l i
Condensate Booster - CB M05-1006 02/01/85 l Component Cooling Water - CC M05-1032 08/30/94 Condensate - CD M05-1005 11/06/92 Chlorination - CL M05-1033 02/20/96 Containment Monitoring - CM M05-1034 05/28/91 CO2 Fire Protection - CO M05-9014 12/24/87 Condensate Polishing - CP M05-1007 11/30/84 Circulating Water - CW M05-1010 Cycled Condensate - CY 12/20/95 '
M05-1012 06/28/93 l Diesel Generator - DG M05-1035 06/13/95 Laundry Radwaste Floor Drain - DL M05-1083.
Misc Bldg. Floor Drain - DM 05/03/84 M05-1059 12/20/93 Diesel Oil - DO M05-1036 05/15/87 Feedwater Heater Misc. Vents and Drain - DV M05-1009 05/28/91 Extraction Steam - ES M05-1003 08/01/95 Fuel Pool Cooling & Cleanup - FC M05-1037 06/04/91 Fuel Transfer - FH M05-1080 06/28/95 Fire Protection - FP M05-1039 08/01/95 Feedwater - FW M05-1004 06/04/91 Turbine Gland Steam Seal System - GS M05-1016 08/01/95 Feedwater Heat Drain - HD M05-1000 05/03/84 Combustible Gas Control - HG M05-1063 04/14/86 High Pressure Core Spray - HP M05-1074 05/29/91 Hydrogen - HY M05-1013 04/16/85 Instrument Air - IA M05-1050 06/01/95 IDNS Equipment - ID M05-1105 06/25/93 MSIV Leakage Control - IS M05-1070 04/08/86 Leak Detection - LD M05-1041 01/21/88 Low Pressure Core Spray M05-1073 12/24/87 Make-up Condensate Storage - MC M05-1042 06/25/93 Main Steam - MS/B21 M05-1002 06/28/95 Nuclear Boiler - NB M05-1071 05/12/94 Off-Gas System - OG/N66 M05-1084 05/24/94 Caustic Handling - OH M05-1043 05/29/91 Bearing Oil Transfer & Purification - OT M05-1044 06/28/93 Process Radiation Monitoring - PR M05-1064 01/21/88 Post Accident Sampling & Analysis - PS M05-1045 06/13/95 Breathing Air - RA M05-1065 02/21/92 Control Rod Drive - RD/C11 M05-1078 05/12/94 Equipment Drains - RE M05-1046 08/01/95 Floor Drains - RF M05-1047 06/04/91 Refrigeration Piping - RG M05-1121 06/05/91 Residual Heat Removal - RH/E12 M05-1075 12/15/94 Reactor Core Isolation Cooling - RI/E51 M05-1079 08/03/95 Q:\NSED\DRFTDOCS\ ADMIN \ STAFF \ JANE \ APPEND 4 III-3
Attachment 2 l to U-602701 l l
Clinton Power Station !
Inservice Testing Plan (Pump and Valve Testing Program) for Second 120-Month Inspection Interval i
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Attachment 2 i to U-602701 i
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Clinton Power Station Inservice Testing Plan (Pump and Valve Testing Program)
- for Second 120-Month Inspection Interval e
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